Blog

• Detachable Container House: a mobile "home"

  

  Jan 10, 2025

    Have you ever dreamed of owning a house that can be moved at any time according to your wishes? Now, the detachable container house has turned this dream into reality. With its excellent detachable and mobile performance, it has set off a different trend in the construction field.   From the appearance, the detachable container house has a regular and simple shape, usually in the shape of a cuboid, which makes it perfectly compatible with various logistics facilities during transportation and stacking, fully reflecting the convenience and versatility brought by standardized design. Its main structure is made of sturdy and durable steel, which gives the detachable container house excellent strength and stability, enabling it to withstand large external impacts and load pressures in different environments. Whether in coastal areas ravaged by strong winds or in cold areas with heavy snow, the detachable container house can stand firm and provide reliable safety protection for the internal space.   In terms of space utilization, detachable container houses have unique advantages. For example, as a single apartment, the compact design of detachable container houses can maximize the use of space. Through reasonable planning and layout, its internal space can be efficiently utilized. Whether it is a rest area, kitchen or bathroom, it can be reasonably arranged in a limited space to meet the living needs of single people. At the same time, its modular design makes the space combination flexible and diverse, which can be adjusted according to personal preferences and actual needs.The detachable container house has a high degree of personalization, and can be decorated and renovated according to your own preferences and style. Whether it is a simple modern style or a unique artistic style, the detachable container house can meet their needs. Through personalized design, you can create your own unique space and show your own personality and taste.   If a single detachable container house cannot meet your needs, you can also combine multiple detachable container houses for use. From the basic splicing unit point of view, they can be connected to each other like building blocks. Multiple detachable container houses can be simply docked to form a spacious living space. For example, two detachable container houses can be spliced ​​side by side to create an open living room and bedroom combination. This splicing method not only increases the area of ​​the space, but also allows the layout to be flexibly adjusted according to actual needs. In the vertical direction, detachable container houses can also achieve multi-layer combinations. Through the stacking design, not only can the number of floors of the living space be increased, but also more functional areas can be accommodated on limited land. This combination method meets the needs of different groups of people.   In stark contrast to the lengthy and complex construction process of traditional buildings, most of the components of the Detachable Container House are prefabrication, assembled and debugged in the factory, and only simple basic construction and splicing and connection work is required on site. This means that residents can change its location at any time according to their needs and mood. When the hot summer comes, you can move it to the seaside and spend a leisurely vacation accompanied by the beach and waves; and when the cold winter comes, you can move it to a warm city and continue to enjoy a sunny and comfortable life. This feature of being able to move anytime and anywhere makes the Detachable Container House truly a "home" that can travel with the owner.    

  Hot Tags : Portable storage container solutions Customizable shipping container homes Prefabricated container office buildings

  Read More
• The Complete Transaction Process of Prefabricated Houses

  

  Jan 02, 2025

  1. Pre-sales Consultation The journey begins with our warm and professional pre-sales consultation. When customers reach out via phone, email, or visit our showrooms, our sales representatives greet them with enthusiasm. They take the time to have in-depth conversations, attentively listening to customers' needs. Whether it's for a temporary construction site office, a cozy vacation home, or emergency shelters, details like budget, expected usage period, style preferences, and interior layout requirements are all carefully noted. Backed by their profound product knowledge, our salespeople can quickly sketch out preliminary plans, giving customers a clear vision of what their prefabricated houses could be.   2. Customized Solution Design Subsequently, our expert design team steps in. Based on the information collected during the pre-sales phase, designers use advanced software such as AutoCAD and SketchUp to create detailed blueprints. From the exterior appearance, incorporating local cultural elements or modern aesthetics, to the interior space division for bedrooms, living rooms, kitchens, and bathrooms, and even the pre-planning of electrical and plumbing systems, every aspect is considered. Once the draft is ready, our sales team will explain it to the customer in plain language, using 3D renderings experiences to help the customer visualize the future space. According to the customer's feedback, the design team will make prompt adjustments until the plan perfectly meets the customer's expectations.   3. Quotation and Contract Signing After finalizing the design, we enter the quotation stage. Our finance department works closely with the sales team to itemize all costs, including raw material expenses, manufacturing fees, transportation costs, installation charges, and after-sales service fees. There are no hidden costs or ambiguous clauses, ensuring customers fully understand where every penny goes. Once the customer approves the quotation, our legal team drafts a comprehensive and standardized contract to safeguard the rights and interests of both parties. During the contract signing, our sales representatives will patiently explain the key terms again to dispel any doubts, and upon the customer's signature, the cooperation officially commences.   4. Production and Transportation During the production phase, our factory's skilled workers and advanced machinery work in harmony. From the cutting and welding of light steel frames to the precise assembly of sandwich panels, multiple quality inspection procedures are implemented throughout the process. High-quality raw materials are sourced, and strict production standards are adhered to, guaranteeing the robustness of each container house. Meanwhile, our logistics team plans the optimal transportation route. Depending on the size of the house and the distance, suitable vehicles and transportation methods are selected. With the help of real-time tracking systems, both customers and our sales staff can monitor the cargo's location at any time. In case of unexpected situations, immediate contingency plans are activated to ensure on-time and intact delivery to the project site.     5. Installation and after-sales service Once the prefabricated house arrives at its destination, we will provide installation drawings and videos. The customer's workers erected the frames, installed the walls, and laid the electrical and plumbing in an orderly manner according to standardized procedures. After the installation is completed, our after-sales service team takes over. We conduct regular follow-up calls to understand our customers' experiences. For minor issues, remote guidance is provided; For more complex problems, our service technicians will respond quickly, usually within 24 hours. This comprehensive after-sales service gives customers long-term peace of mind and ensures that they are satisfied throughout the life cycle of the prefabricated home.

  Hot Tags : Affordable portable container homes customized prefabricated container houses high quality container homes for sale detachable container homes for living eco-friendly portable container houses container houses for emergency shelters

  Read More
• What can detacahble container house bring to social development?

  

  Dec 30, 2024

  Emergency Response and Reconstruction: Build a haven of hope and restart the life of the affected areas   When natural disasters are raging in an overwhelming manner, the land is devastated, and people are displaced, the urgency of time is infinitely magnified at this moment, and every minute and every second is related to the safety and future of countless lives. With its unique prefabricated advantages, these detachable container house is like an "emergency vanguard" on the battlefield of disaster relief, quickly responding to the call of the disaster. After the earthquake shattered mountains and rivers, floods washed away homes, and typhoons swept through towns, convoys full of prefabricated components rushed to the disaster area overnight. After arriving at the site, the large-scale hoisting equipment was quickly put in place, and the professional construction team raced against time to start the construction work. The high-strength light steel frame was quickly spliced with the help of machinery, the fireproof and insulated wall panels were installed in turn, and the water and electricity lines were laid synchronously.   These detachable container houses are transformed into the "Noah's Ark" of the affected people, providing them with shelter from the wind and rain, and are equipped with living facilities such as beds, drinking water, emergency lighting, and simple kitchens, so that the frightened people have a place to settle down and stabilize the basic plate of social order. At the same time, the temporary medical station and disaster relief command center were also quickly completed with the help of detachable container houses, so that medical personnel could be treated as soon as possible, and rescue forces could be efficiently coordinated and deployed. The detachable container house is not only an expedient measure in an emergency situation, but also a valuable buffer time for the long and arduous reconstruction work to be carried out, and become a key transition bridge for the disaster area to move from ruins to rebirth, helping the affected area to regain its former vitality step by step and reshape the home style. Tourism industry upgrading: unlock niche treasures and activate a new engine for the integration of culture and tourism   At a time when the tourism market is increasingly pursuing personalized and in-depth travel experiences, those remote scenic spots hidden in the mountains, rivers, lakes and seas, with beautiful natural scenery but have been "kept in the depths of the boudoir" for a long time due to construction problems, have finally ushered in the dawn of a breakthrough with the help of modular container house. It is like a magic box, which can be adapted to local conditions and "changed" at will, and can be easily built into characteristic homestays, camping bases and leisure holiday homes with different styles.   In the depths of the mist-shrouded mountain forest, the modular container house has been transformed into a Nordic-style wooden house homestay, with the color of the log complementing the surrounding lush vegetation, indoor warm-toned lighting, soft blankets and panoramic floor-to-ceiling windows, allowing visitors to watch the sunrise and clouds in the morning and enjoy the glow of the sky at dusk. On the beachfront of the blue sea and silver sand, the container-style modular container house are combined to form a stylish seaside hotel, with an open terrace facing the endless sea, sleeping with the sound of the waves at night and waking up gently by the sea breeze in the morning. This low-eco-damaging and highly creative accommodation solution has attracted more and more tourists who are looking for niche experiences, injecting new vitality into local tourism. With the increase in passenger flow, catering, entertainment, cultural and creative industries around the scenic spot have sprung up like mushrooms after a rain, forming a complete industrial chain, which not only allows local residents to increase their income and become rich, but also deeply promotes the integration of culture and tourism, injects a steady stream of new momentum into the tourism economy, and promotes the entire industry to a new level of high-quality development. Entrepreneurship and innovation ecology: lower the threshold for entrepreneurship and incubate new species of diversified business   The road to entrepreneurship has always been full of thorns, and the cost of capital, space and time is like three mountains, which overwhelm start-ups. The emergence of prefabricated house has undoubtedly opened up a low-cost and high-flexibility green channel for entrepreneurs. Compared with the high deposits, lengthy renovation periods and fixed spatial layouts required for traditional office leasing, prefabricated house offers unparalleled advantages. Entrepreneurs only need to invest a small amount of upfront capital to quickly have their own office space.   Moreover, its modular design allows the space to be customized to meet your needs, and the open creative work area can be placed with colorful lazy sofas and creative whiteboards to stimulate team members to brainstorm; The soundproofed independent negotiation room with intelligent conference equipment creates a private and professional atmosphere for business negotiations. In the bustling city streets, prefabricated house become ideal carriers for trendy pop-up stores and creative studios. Beauty brands use novelty prefabricated house to create limited-time beauty experience stores to attract young consumers to queue up to check in; The art studio is housed in a prefabricated house converted from a shipping container, and carries out various avant-garde art exhibitions and creative activities. These emerging formats have emerged like stars under the incubation of prefabricated house, lowering the threshold for entrepreneurship while injecting fresh blood into the market economy, making the city's business map more diversified and rich, and the business atmosphere more and more active. Accelerate the process of urbanization: buffer the pressure of expansion and draw a blueprint for urbanization   With the surging wave of urbanization, urban fringe areas and new industrial parks have sprung up, and in the process, the shortage of resources such as housing and commercial facilities has often become prominent. The affordable portable house is like a "lubricant" in the process of urbanization, cleverly alleviating all kinds of contradictions. On the edge of the city, transitional housing is provided for newly relocated migrant workers and entrepreneurs, and these temporary shelters have a flexible layout that can quickly adjust the number and distribution according to the inflow of population, and avoid idle resources or overcrowding caused by large-scale centralized housing construction.   In the emerging industrial park, the affordable portable house has been transformed into a temporary commercial store and exhibition center, building a low-cost operation platform for initial investment and business incubation. After the regional development gradually matures and the infrastructure is complete, the affordable portable house can be flexibly dismantled, relocated or transformed without causing waste of resources. This flexible transitional role makes the pace of urbanization more stable and orderly, irons out the wrinkles and bumps in the rapid expansion, helps the city and the countryside find a balance in the integration and change, and depicts a new blueprint for urbanization with proper density and harmonious coexistence.

  Hot Tags : Affordable modular container homes affordable prefab container homes for sale customized detachable container houses flexible container homes for urbanization luxury container homes for living

  Read More
• Container House Maintenance Guide: Protecting the long-term renewal of your ideal home

  

  Dec 28, 2024

  1. Appearance cleaning and protection   The exterior walls of prefab houses have been eroded by sun, rain, wind and sand for a long time, and regular cleaning is the key. In mild weather, prepare a soft brush, mild detergent and water to gently wipe the exterior wall to remove dust and stains and restore the refreshing appearance of the wall. For stubborn stains, prepare a slightly thicker detergent, and wipe it after a small area of testing to avoid damaging the wall coating.   If you want to add a protective lock to the exterior wall, it is necessary to apply waterproof paint and preservatives regularly. These coatings can fill in the tiny gaps, block rainwater infiltration, and resist UV damage to the wall panels, giving the house a new look for years to come, especially in coastal and high-humidity areas. After snowfall, clean the snow on the roof and walls in time to prevent the snow accumulation from damaging the structure and avoid water stains caused by the melting snow from eroding the wall. 2. Internal space maintenance   Indoor ventilation is the secret to staying fresh. Open the windows every day, with the help of natural wind to carry away turbidity and dispel moisture; It is even better to install a fresh air system to continuously bring in fresh air, filter impurities, reduce indoor humidity, prevent mold growth, and make every breath feel pleasant.   The floor is the "wear-resistant responsibility" of the home, and it needs to be treated gently. PVC, SPC flooring to avoid sharp objects drag and scratch, table and chair legs can be pasted with soft rubber pads; Hardwood floors are regularly waxed to fill in tiny scratches and add shine. In case of liquid spillage, wipe it dry quickly to prevent it from seeping into the gap and causing bulging. Kitchen grease is easy to contaminate the cabinets, wipe them after cooking, regularly use professional detergents to deep clean, wipe hardware accessories, and prevent rust from affecting the smoothness of opening and closing. 3. Hydropower system maintenance   Water and electricity are the "lifeline" of a house, and it is important to check for hidden dangers on a regular basis. Check whether there is water seepage in the water pipe joints every month, whether the water from the faucet is normal, and tighten or replace the gasket in time if the drip leakage is found; Every six months, check the waterways of the whole house, and ask professionals to test the pressure if necessary to ensure the safety of the pipeline pressure.   The circuit should not be sloppy, check whether the socket and switch are hot or ignition, and pull out the plug in time after the electrical appliance is used to reduce the risk of power consumption and failure. Regularly clean the dust of the distribution box to ensure the normal operation of the switch; Every few years, electricians are invited to conduct a comprehensive inspection of the wiring, update the aging wires, and prevent electrical fires. 4. the structure is stable and maintained   Although the prefabricated container house is stable, regular structural inspection is a guarantee of peace of mind. The light steel structure focuses on checking whether the bolts of the connection parts are loose, and immediately tightens and reinforces if any abnormalities are found; Check the overall verticality of the house once a year, and correct the tilt in time. In case of extreme weather such as strong winds and earthquakes, don't forget to conduct a comprehensive inspection, even if the damage is subtle, and repair it in time to prevent small problems from evolving into big hidden dangers.   5. Maintenance of facilities and equipment   The doors and windows at home, the locks are regularly dripped with lubricating oil to make the opening and closing easy and smooth; Wipe down the glass to keep the view clear. Air conditioners, water heaters and other electrical equipment, according to the instructions regularly clean the filter screen, liner, not only energy saving, but also prolong the service life. Smart home system, update software, ensure sensitive control, regular calibration of sensors, accurate response to instructions.   Maintaining a container home is not a difficult task, but it is just a little careful, regular review on a daily basis. Turn these trivialities into habits, and the integrated house can be fearless of the years and continue to protect a warm and comfortable world for you.    

  Hot Tags : Durable prefab container homes Modern prefab shipping container homes Customizable shipping container homes High-quality modular container buildings Affordable modular container structures Sustainable prefab container housing

  Read More
• Why are more and more environmental organizations advocating the use of prefabricated houses?

  

  Jan 15, 2025

    In recent years, with the concept of sustainable development deeply rooted in the hearts of the people, the construction industry has gradually transformed in the direction of green environmental protection. In this context, prefabricated houses have become a model of environmental protection in the construction industry due to their outstanding performance in resource conservation, pollution reduction and carbon emission control.   1. Analysis of the environmental protection advantages of prefabricated houses   (1). Production stage: reduce material waste   In traditional building construction, a lot of material is often wasted due to manual operation and on-site cutting. The components of the prefabricated house are precisely produced in the factory, and the utilization rate of raw materials is greatly improved, which greatly reduces waste. In addition, factory production allows for better control over the type and quality of materials, thus avoiding unnecessary material loss. Item Traditional building construction Production of prefabricated houses Material utilization 70%-80% 90%-95% Construction waste generated (kg/m²) 30-50 10-15 Material waste rate 20%-30% 5%-10%     Through the data, it can be seen that the material utilization rate of prefabricated houses is as high as more than 90%, much higher than the 70%-80% of traditional buildings, and the amount of construction waste generated has also been reduced by about 70%. In addition, prefabricated houses are more inclined to recyclable and low-carbon materials in their material selection, further enhancing their eco-friendly attributes. (2). Construction phase: reduce on-site pollution   Traditional construction sites are often accompanied by noise, dust and construction waste, which have a negative impact on the surrounding environment. Prefab houses, on the other hand, are modular for a cleaner and more efficient construction process. This prefabricated construction method not only reduces the disturbance to the surrounding residents, but also effectively controls the emission of pollutants during the construction process. Item Traditional building construction Prefabricated house construction Construction period (days) 90-120 30-45 Noise Pollution (dB) 80-100 60-70 Dust concentration (mg/m³) 200-300 50-100     From the data in the table, it can be seen that the construction period of prefabricated houses has been shortened by about 60%, and the noise pollution and dust concentration on the construction site are significantly lower than those of traditional buildings, which can effectively improve the construction environment. At the same time, the assembly process of prefabricated houses basically does not require concrete pouring and large-scale cutting operations, which greatly reduces the generation of dust and wastewater.   (3). Transportation phase: reduce carbon emissions   The components of the prefab house are produced in a centralized factory and then transported to the construction site for assembly, which is more efficient than traditional decentralized transportation and can reduce the carbon emissions of transportation. In addition, the modular design of the prefabricated houses makes the transportation process more optimized and reduces the number of unnecessary transports. Item Traditional building transportation Transportation of prefabricated houses Number of Shipments 10-15 3-5 Carbon Emissions (kg CO₂) 500-800 200-400     The number of transportation times and carbon emissions of prefab houses are significantly lower than those of traditional buildings, and the transportation efficiency is increased by 2-3 times, and the carbon emissions are reduced by about 50%. In addition, more environmentally friendly modes of transportation, such as electric or hybrid vehicles, can be used in the transportation of prefabricated houses, further reducing carbon emissions.     (4). Use stage: energy saving and consumption reduction     Prefabricated houses are often designed with efficient insulation, thermal insulation and energy efficiency, which can effectively reduce the energy consumption of the building. For example, the use of high-efficiency insulation in walls and roof structures can reduce energy consumption for heating in winter and cooling in summer. In addition, prefabricated houses can be integrated with solar photovoltaic systems and rainwater harvesting systems to further enhance energy savings. Item Traditional architecture Prefabricated houses Average annual energy consumption (kWh/m²) 100-150 60-80 Carbon Emissions (kg CO₂/m²) 50-70 30-40     In the use phase, the average annual energy consumption and carbon emissions of prefabricated houses are reduced by about 40%-50%, respectively, further reducing the environmental burden. Compared with traditional buildings, prefabricated houses have obvious advantages in the integration and intelligent management of energy-saving technologies, which can achieve more efficient energy management.   2. Summary of the advantages of environmental protection attributes of prefabricated houses     Through the above comparative analysis, we can summarize the main advantages of detachable container houses in terms of environmental protection attributes:   Reduction of construction waste and material waste: detachable container houses significantly reduce material waste during the production process through precise cutting and modular design.   Reduce pollution on the construction site: Noise, dust and other pollutants on the construction site are greatly reduced, and the construction period is greatly shortened.   Reducing carbon emissions from transportation: The mode of factory production and centralized transportation reduces the number of transportation and carbon emissions.   Energy saving and consumption reduction: detachable container houses have better energy saving effects in the use stage, reducing energy consumption in the process of building use.   Improved resource efficiency: detachable container homes have a greater focus on the use of sustainable materials and recycling, further reducing their dependence on natural resources. 3. Case study: environmental protection data of a prefabricated residential project     Take, for example, a prefabricated housing project in a city with a total floor area of 10,000 square meters and was built using prefabricated housing technology. The following is a comparison of the environmental protection data of the project: Aspect Traditional building construction Prefabricated house construction Reduce the proportion Material Waste (tons) 100 30 70% Construction waste generated (tons) 300 90 70% Construction period (days) 120 40 67% Carbon emissions (tonnes CO₂) 500 250 50%     Through data comparison, it can be seen that the prefabricated housing project is significantly better than traditional construction methods in terms of material waste, construction waste, construction period and carbon emissions. At the same time, the project also uses an intelligent energy management system and renewable energy technology to further enhance energy savings.   4. the future development trend     With the continuous enhancement of environmental awareness and the advancement of construction technology, prefabricated houses will become an important development direction of green buildings in the future. It is expected that future prefabricated homes will be further optimized in the following areas:   Use more environmentally friendly materials: such as recyclable materials, low-carbon concrete, etc.   Increased flexibility in modular design: adaptable to different building types and individual requirements.   Intelligent construction and management: Further improve construction efficiency and reduce environmental impact through digital technology.   Integrated renewable energy systems: such as solar, wind, etc., to provide clean energy for buildings.   Promote the concept of circular economy: realize the efficient use and recycling of resources in the whole life cycle of buildings.   5. Conclusions     With its environmental advantages in production, construction, transportation and use, prefabricated houses are becoming an important way for the construction industry to move towards sustainable development. The comparative analysis of the data shows that prefabricated houses can effectively reduce material waste, construction waste, carbon emissions and energy consumption, and have significant environmental protection attributes. Under the global trend of advocating green buildings, the application and promotion of prefabricated houses will further promote the low-carbon transformation of the construction industry and contribute to the realization of carbon neutrality goals.

  Hot Tags : prefab container home prefab house detachable container house affordabel prefabricated house low cost prefabricated home

  Read More
• How to Upgrading container House Insulation Withstanding the Cold and Locking in Warmth?

  

  Dec 20, 2024

  1. the selection of high-quality insulation materials   Rock wool insulation board: Rock wool is made of natural rock as raw material and melted at high temperature, which is the "main force of warmth" integrated into the wall of the house. Its internal fiber structure is loose and porous, and air is retained between the pores, forming a natural thermal barrier to effectively block heat conduction. Moreover, rock wool has excellent fire performance, belongs to Class A non-combustible materials, and will not release harmful gases in case of fire, which is extremely safe, adding double protection to the house.   Polystyrene Foam Board (EPS): EPS insulation board has a lightweight texture, high closure rate, and tiny pores are evenly distributed, making it difficult for heat to penetrate through them. During production, it can also be cut into various shapes and sizes according to the design needs of the house, fit the wall perfectly, leave no gaps, wrap the house in all directions, and lock the heat firmly. Its price is close to the people, cost-effective, and widely used in various economic integrated housing projects.   Polyurethane insulation: Polyurethane insulation effect is unique, it is foamed through chemical reaction, and the fine cell structure gives it a very low thermal conductivity. Sprayed polyurethane can be directly attached to the wall and roof at the construction site, covering without gaps, without giving the slightest chance for heat to escape, just like putting on a close-fitting and efficient "thermal underwear" for the house. 2. Optimization of wall insulation structure   Multi-layer composite wall: Abandon the thin single-layer wall and adopt a multi-layer composite design. The outer layer is made of metal carved panels or fiber cement board with good weather resistance to resist wind and rain erosion; The middle is filled with a thick layer of insulation materials, such as rock wool, EPS, etc.; The inner layer is then matched with gypsum board or bamboo and wood fiberboard to form a stable and insulated wall system. Each layer performs its own duties, the outer layer is protected, the middle layer is insulated, and the inner layer is decorated, which synergistically improves the thermal insulation efficiency.   Broken bridge insulation technology: Introduce broken bridge thermal insulation design in the connection parts of doors, windows and walls. Traditional connection methods tend to form a "cold bridge", allowing heat to be dissipated along the metal components, while the broken bridge technology uses low thermal conductivity materials such as nylon and polyurethane to interrupt the heat conduction path and prevent heat outflow, so that there is perfect in the insulation of the house. 3. Door and window sealing upgrades   High-performance sealing strips: Ethylene propylene diene monomer (EPDM) or silicone seals are installed around doors and windows, which are flexible and resistant to low temperatures, and will not harden or break even in cold winters. Closely fit the door and window frames and sashes, fill the gaps, effectively block the infiltration of outdoor cold air, and also prevent the leakage of indoor warm air, which greatly improves the effect of thermal insulation and airtightness. Double or multi-glazing: Replace single glazing with double or even triple glazing. The hollow layer is filled with an inert gas such as argon, which further reduces the thermal conductivity of the glass. In cold weather, the outer glass cools down quickly when exposed to low temperatures, but the intermediate gas layer acts as a buffer zone, slowing down heat transfer, making it difficult for indoor heat to be dissipated and maintaining a warm environment. 4. the roof insulation strengthened   Laying insulation felts or insulation boards: Above the roof structure layer, thick insulation felts, such as glass wool felts and wool felts, are tiled and have good thermal insulation properties, and they are fully covered. Polystyrene foam insulation board can also be laid to enhance the thermal insulation ability of the roof, block the indoor heat from losing from the top, and also reduce the problem of indoor overheating caused by summer sun exposure.   Ceiling Insulation Assistance: Indoor roofs are added to create an air layer between the ceiling and the roof structure to form an additional thermal insulation buffer belt. This layer of air slows down the rate of heat exchange, and together with the insulation panels used for the ceiling, it takes the roof insulation to the next level. 5. Reducing Heat Conduction "Loopholes"   Pipe insulation package: indoor and outdoor exposed water pipes and heating pipes are carefully wrapped with rubber and plastic insulation pipes. These pipes carry hot water or hot air, and if they are not insulated, the heat can quickly dissipate into the air, resulting in wasted energy. The insulated wrap locks in the heat of the pipes, allowing it to be delivered exactly where it is needed.   Floor insulation treatment: lay the integrated house with floor heating, and lay the insulation board under the floor heating pipe to prevent the downward conduction and loss of heat; If it is an ordinary floor, you can also use a floor material with an insulating layer to protect the indoor warmth from your feet.

  Hot Tags : Portable container housing units Prefabricated shipping container houses Modular prefab shipping containers

  Read More
• Prefab House Renovation Manual: Sculpting the Ideal Space

  

  Dec 19, 2024

  Style Orientation: Establish the style of the space   Before decorating, anchor your favorite style, which is the main tone for the whole house. If you like natural rustic, Scandinavian or Japanese style is perfect for you. Scandinavian style makes good use of light wood color with refreshing white, simple furniture, green plant embellishment, to create an open and comfortable atmosphere; The Japanese style focuses on natural materials, tatami mats, and a few pots of dry landscape scenery, full of Zen tranquility. If you like retro charm, European classics can bring palace-like luxury, carvings, Roman columns, ornate chandeliers, and exquisite details; Chinese classics use mortise and tenon technology, ink elements, and Chinese screens to outline the subtle elegance of the Orient. The modern minimalist style is even more versatile, with smooth lines and solid color collocation, which interprets fashion with simplicity. Wall Treatment: Refresh the visual focus   The prefabricated homes wall can play a variety of tricks. Latex paint is economical, rich in color options, matte, mercerized different textures can create different atmospheres; The wall cloth and wallpaper add texture, from delicate silk patterns to rough stone grains, to meet individual aesthetics. If you want to highlight the industrial style, expose part of the original wall panel, and brush it with varnish to retain the texture; In pursuit of a sense of art, hand-painted wall paintings or large decorative paintings are hung to instantly light up the space. If the sound insulation of the wall is not good, add sound-absorbing panels to create a quiet environment in the audio-visual room and bedroom. Ground material selection: bearing living temperature   Flooring is all about comfort and durability. The solid wood floor is warm and natural, and it is comfortable to walk barefoot to warm the feet, but it needs to be carefully maintained; Laminate flooring is cost-effective, abrasion and stain resistant, making it suitable for high-traffic areas. If you prefer refreshing, the tile and marble floor are smooth and easy to clean, and the floor heating rises quickly; PVC and SPC flooring are waterproof and non-slip, with changeable colors and patterns, making them safe and beautiful to use in children's rooms, kitchens and other places. Pay attention to the expansion space when laying to prevent thermal expansion and cold contraction deformation. Ceiling design: Extend the three-dimensional space   The simple flat top is simple and generous, with a hidden light strip to create a warm and suspended feeling; If the height of the house allows, make a modeling ceiling, such as a double eyelid ceiling and a suspended ceiling, to add a sense of hierarchy. The industrial-style integrated house, the pipes and steel beams with exposed ceilings are painted with black paint, which is full of coolness; If you want to improve the sound absorption effect, install a sound-absorbing ceiling to create a quiet rest and work environment. Door and window upgrades: a combination of practicality and beauty   Replace high-quality doors and windows to improve air tightness, sound insulation, and thermal insulation. Aluminum alloy broken bridge aluminum doors and windows are durable, with double-layer insulating glass, which locks warm in winter and insulates in summer; The warm texture of wooden doors and windows is suitable for retro style. Don't ignore hardware such as door locks, hinges, handles, etc., smooth and durable hardware makes the opening and closing experience of doors and windows more comfortable. With delicate curtains, shading, heat insulation, and decoration are in place in one step. Lighting layout: Create an atmosphere of light and shadow   Abandon a single main light and adopt multi-level lighting. Top spotlights and downlights focus on key areas, such as living room sofas and dining dining tables; Wall lamps and table lamps are soft and fill the light, suitable for reading before going to bed and waking up at night; The light strip is hidden on the ceiling and the edge of the cabinet, outlining the contour of the space and adding a romantic atmosphere. In places with poor lighting, such as the end of the corridor and the inside of the wardrobe, embedded sensor lights are convenient and energy-saving. Furniture & Furnishings: Breathe soul   Choose furniture according to style, solid wood furniture is calm and heavy, leather sofa is high-grade, and fabric soft decoration is warm and lazy. The living room is staggered to leave room for movement; The bedroom bedding is made of skin-friendly materials, with soft pillows and blankets. Decorate the blank space with decorative ornaments and green plants, art vases, retro ornaments, and vibrant green plants, so that the home is full of life interest.   The decoration of the integrated house is a collision of creativity and life needs. Starting from the style and carving the details step by step, it will surely be able to make it a warm haven of dreams.

  Hot Tags : Modular shipping container homes Modern prefab container homes Compact prefab container houses

  Read More
• How to improve wind resistance of detachable container houses

  

  Dec 18, 2024

  With the intensification of global climate change, extreme weather is frequent, especially natural disasters such as strong winds, typhoons and hurricanes, which put forward higher requirements for the safety of houses. Traditional buildings are often severely damaged by structural design defects, insufficient material strength, or improper construction when faced with strong winds. As a new form of construction, the container house exhibits excellent wind resistance thanks to its modular design, advanced materials and precision construction technology. This article will introduce in detail the design strategies and technical improvement methods of container houses in terms of wind resistance.   1. How to improve wind resistance in the structural design of container houses   (1) Reduce gaps and wind resistance   In wind-resistant design, the shape of the building's exterior is crucial. The sharp corners, protruding eaves, and complex façade design of traditional houses tend to form wind concentration points, increasing wind pressure, which can lead to structural damage. In the design of DXH container houses, wall panels are used as roofs to reduce the protruding parts such as eaves and balconies, and the façade of the house is designed to be smooth and concise, which effectively reduces wind resistance and reduces the impact of strong winds on the building. Common streamlined design strategies include:   Panel roof design: The use of wall panels as the roof can effectively reduce the gaps in the roof, avoid the direct impact of wind on the roof, and reduce the risk of overturning. At the same time, it can increase the load-bearing and thermal insulation capacity of the roof.   Add more wind-resistant columns: Adding additional wind-resistant columns on different exterior walls can make the whole wall more evenly stressed by the wind and better resist the impact of strong winds, and at the same time, a layer of metal carved panels is laid on the wind-resistant columns to cover the entire detachable container house, and edging pieces are used to cover the joints of the metal carved panels of the two wall panels. Combined with the customized non-perforated corner head, it can greatly improve the wind resistance of the house. (2) Light steel structure to improve overall stability   Prefab houses usually use light steel structure as the core frame. Compared with the traditional brick-concrete structure, the light steel structure has higher tensile strength and shear strength, which can maintain the overall stability of the house in a strong wind environment and prevent the structure from deforming or collapsing. The wind-resistant advantages of light steel structures include:   High-strength steel: The light steel materials used in prefab homes are often galvanized to resist corrosion and high strength to withstand extreme weather.   Frame structure: The light steel frame is bolted and nested to form a stable whole, which can effectively resist the horizontal impact and vertical tension of the wind. Items Light steel structure Brick-concrete structure Tensile strength high low Shear strength high low Wind resistance rating Level 12 and above Levels 8-10 Weight light weight heavy weight   (3) Modular design to enhance the integrity of the structure   The detachable container house is modular prefabricated technology, and the individual modules are produced in the factory and subjected to strict quality inspection. The advantages of the modular design are:   High-precision assembly: The connection between the modules adopts high-strength bolts, steel plates and sealing strips to ensure the tightness and wind resistance of the joints.   Monolithic structure: The modules of the detachable container house are assembled on site to form a monolithic structure, which is more resistant to the impact of wind than the brick wall structure of traditional buildings.   2. How to choose materials to improve wind resistance   In the selection of materials, prefab houses focus on lightweight, high strength and durability to ensure that the house remains stable in strong winds. (1) High-strength wall materials Composite panels are usually selected for the wall materials of prefab houses, such as:   Magnesium sulfur oxide composite panel: It has the ability of waterproof, fireproof and windproof, and can effectively resist the impact of flying rocks, branches and other debris in the storm.   Polyurethane composite panel: It has good thermal insulation and wind resistance, and has high compressive strength.   These high-strength materials not only improve the wind resistance of the wall, but also reduce the impact of wind pressure on the interior, improving the safety of the occupants. (2) Windproof glass and window frame design   Windows are the weak link in the wind-resistant design of the house. In strong winds, traditional glass windows are prone to breaking, causing the interior of the house to be damaged by the wind. prefab houses are typically designed with windows that:   Double-layer or three-layer tempered glass: Tempered glass has high impact resistance, and is reinforced with square pipes at the junction of windows and wall panels, which can effectively resist the impact of wind and flying objects.   Aluminium window frames: Compared with traditional wooden window frames, aluminium window frames have higher strength and airtightness, which can reduce wind penetration. Wind resistance of different window materials： Type of material Impact resistance Air tightness rating Applicable wind speed class Double-walled tempered glass high high Levels 10-12 Three-layer tempered glass very high very high Level 12 and above Ordinary glass low low Below level 8   (3) Optimization of roofing materials   The roof is the part of the house that is most susceptible to wind damage. In order to improve wind resistance, the roof of an integrated house usually uses:   Metal roofing panels: Metal roofing panels are usually bolted and have good wind resistance, corrosion resistance and durability.   Windproof fasteners: Use windproof fasteners during the installation of the roof to ensure that the roof panels will not be overturned or displaced in strong wind environments.   3. How to improve the wind resistance of the construction process   In addition to the optimization of design and materials, the construction process is also a key factor in improving the wind resistance of the portable container house. (1) Foundation reinforcement   In order to prevent the house from being overturned or slid in strong winds, the foundation of the portable container house is usually designed to be reinforced. Common methods of ground reinforcement include:   Ground anchor technology: through screw ground piles or ground anchors, the house is firmly fixed to the ground and increases wind resistance.   Reinforced concrete foundation: In areas with frequent strong winds, the use of reinforced concrete foundation can effectively enhance the stability of the house. (2) Reinforced connections between modules   During the on-site assembly process, high-strength connectors are used between the individual modules of the prefabricated house, such as:   Bolted joint: The tightness and tensile ability of the bolt can effectively enhance the stability between the modules.   Welding technology: For important connection parts, welding process is used to ensure the connection strength between modules.   4. Application of smart technology     In order to further improve the wind resistance of integrated houses, modern integrated houses have also introduced intelligent monitoring technology. Through the installation of wind sensors and structural monitoring systems, the force of the house can be monitored in real time, and strong winds can be warned in advance to ensure the safety of residents.   Conclusion:   With its modular design, advanced materials and high-precision construction technology, detachable container homes excel in improving wind resistance. By optimizing the structural design, material selection and construction process of the house, the integrated house can not only effectively resist strong winds, but also provide a safe, stable and comfortable living environment for residents. In the future, with the further application of intelligent technology, the wind resistance of detachable container houses will continue to improve, becoming an ideal housing choice in extreme weather environme

  Hot Tags : Customizable modular container homes Luxury prefab container dwellings Eco-friendly container home solutions

  Read More
• How to install a modular detachable container house?

  

  Dec 17, 2024

  As a modern, environmentally friendly and energy-saving housing solution, modular detachable container houses have gradually become the favored choice of many people because of their advantages of fast construction, flexible design and low cost. The process of installing a modular integrated house, although easier and faster than traditional construction methods, still requires reasonable planning, precise construction and great attention to detail. This article will introduce the installation steps of a modular integrated house in detail, from design, prefabrication to on-site assembly, etc., to help you better understand the entire installation process.   1. Preparation: Planning and design     The installation process of a modular container house first requires a detailed design drawing. The preliminary preparation work is directly related to the quality and construction progress of the house. (1) Site selection and foundation engineering   Before starting the installation, you first need to choose the right land and location. The construction of the foundation should be designed according to the type of structure of the house, which usually includes the following steps:   Land surveying: Determining the area, topography, and geology of the land.   Foundation design: Depending on the quality of the soil and the weight of the house, design a suitable foundation form, such as a concrete foundation, a free-standing foundation or a strip foundation.   Foundation construction: Foundation construction is the first step of installation, ensuring that the ground is flat and solid, and the foundation is built according to the design drawings. (2) Design drawings and bill of materials During the design phase, the architect will provide detailed design drawings of the house according to the client's needs and geographical environment. These drawings should include the house's:   Design   Flat layout   The size and construction of each module   Construction details   Safety and protective measures   Once the design drawings are completed, the construction team will compile a detailed bill of materials based on the drawings to ensure that the required materials are ready before construction. Common materials for modular container houses include:   Light steel frame structure   Thermal insulation panels   Prefabricated walls and roof panels   Waterproofing and sealing materials   Windows, doors and related accessories   2. Prefabrication stage: production of modular components     The biggest feature of the modular integrated house is the modular design. At this stage, all components will be prefabricated and machined in the factory to ensure that the quality of each module is up to standard. (1) Modular component production   The walls, roofs, floors and other components of the detachable container house are prefabricated in the factory, and only simple assembly is required on the construction site. Each module typically consists of the following sections:   Frame structure: constructed of light steel, aluminium alloy or wood, with high load-bearing capacity and wind resistance.   Wall panels: Composite insulation materials (such as polyurethane, EPS, rock wool, etc.) are used to provide excellent thermal insulation.   Roof panels: The roof is made of metal or composite materials to ensure waterproofing, thermal insulation and wind resistance.   Windows & Doors: Customized to design requirements, often using double glazing to improve heat retention and wind resistance. (2) Quality inspection   All prefabricated components are subject to strict quality inspection to ensure that they meet design standards. Common quality checks include:   Strength and stability of the material   Accuracy of the connection part   Dimensions and tolerances of prefabricated components   Surface coating, tightness, etc   3. On-site installation: module assembly and construction    Once all the modular components are ready, the on-site installation phase begins. The installation process of modular integrated houses is relatively simple, and the construction period is usually short, but still requires precise construction steps. (1) Foundation and foundation preparation   After the foundation works are completed, check whether the foundation meets the standards. Ensure that the flatness and bearing capacity of the foundation meet the design requirements, and avoid the problem of structural instability during installation.   Check if the foundation is flat: Use a level and a level to check the flatness of the foundation.   Clean the surface of the foundation: Remove debris and make sure the foundation is clean. (2) Handling and assembling of modules   The modular design of the modular house allows for a high degree of flexibility and convenience in the installation of the house. After the modular components are delivered to the site by means of transport, the construction team assembles them precisely according to the drawings.   Module handling: Heavy modules are transported to the installation location using a crane or hoist.   Module connection: The module is fixed by pre-designed connectors (e.g. bolts, welding, etc.). The connection between the modules should be tight and seamless to ensure overall stability, lay the bottom frame and square pipe (the bottom frame is welded with fixing grooves to fix the bottom square tube), use carriage screws to fix the bottom frame and corner head and measure the diagonal length of the bottom frame to ensure that it is installed in place.   Bottom square pipe installation: There are 4 square pipes of 80*80mm specifications and 5 square pipes of 40*80mm specifications at the bottom of the standard detachable container house, and the square pipes are arranged according to the 40*80mm and 80*80mm specifications from left to right.   Column installation: Place the four columns on the corner heads and fix them with carriage screws, and check them with a spirit level after they are fixed.   Top frame mounting: Take out the top 2 long beams and 2 short beams and fix them with carriage screws. (3) Installation of wall panels and floors   When installing wall panels and floors, you first need to make sure that each module is in the right position, and then splice them together one after the other. Ensure the stability of the entire house.   Wall panel assembly: the wall panel needs to be kept 2-3 cm distance when fixed on the inside of the column, the installation wall panel that is interlocking from end to end in turn is fixed with screws at the connection of the wall panel, if the customer adds the wind resistance column, the wind resistance column needs to be installed before installing the wall panel, and the place where the wind resistance column is welded with iron sheets is fixed on the bottom and top beams with screws.   Floor installation: After completing the installation of the wall panel, lay the floor, place the floor on the bottom square tube, and fix the edge of the floor on the bottom square tube with screws. Use at least three screws on each side to secure it. (4) Install doors, windows, roofs and accessories   After the wall panels and floors are installed, install windows, doors, roofs, external cable ducts, and other accessories. Special attention should be paid to the sealing of doors and windows to ensure the airtightness and watertightness of the house.   Door and window installation: Install prefabricated doors and windows according to the design size to ensure that the installation is firm and seamless, and use waterproof glue to seal the doors and windows around the door and window after installation.   Roof frame installation: after installing the doors and windows, prepare to install the roof, first install the pressure plate groove, find the pressure plate groove of the corresponding length, glue the sealing strip on the top of the longer two pressure plate grooves and buckle it on the wall plate with screws to fix the contact surface of the pressure plate groove and the wall plate, and then find the 50 * 50 support square pipe welded with the card groove and place it on the pressure plate groove, the top square pipe is laid according to the middle three 40 * 80mm square pipes, and three 40 * 60mm square pipes are placed on the left and right sides and fixed with screws.   Internal ceiling installation: find 6 internal ceiling tiles and fix them on the top square tube with screws in turn, and the connection of the two tiles needs to be kept overlapped and fixed with screws.   Insulation of the roof and installation of roof tiles: find glass wool evenly spread on the top frame, and then install roof tiles, and the installation of roof tiles refers to the ceiling in the house. After installation, apply sealant to the large screws to make a waterproof treatment, and at the same time squeeze the roof tiles on the edge downwards, which is conducive to the drainage of rainwater（Roof tiles install need to stand on top of the frame and square tubes）.   Installation of fittings: Install the moldings inside, place the moldings around the ceiling and the four corners and fix them with screws, and seal the floors around the floor with sealant. The gaps in the bottom beams and wall panels on the exterior of the house also need to be filled with sealant.   4. Interior decoration and installation of functional equipment     After the exterior structure of the house is completed, it enters the interior decoration stage. This stage includes:   Wall and floor decoration: laying floors, painting walls, installing interior wall panels, etc.   Electrical Line Installation: Install wires, cables, and switch panels.   Water pipes, HVAC systems: installation of hot and cold water pipes, heating and air conditioning, etc.   All interior decoration should be carried out according to the design requirements to ensure that it is fully functional and meets the needs of the residence. 5. Post-inspection and delivery     After the installation of the assembled prefabricated house is completed, a comprehensive inspection and commissioning are required to ensure the normal operation of all functional equipment.   Quality inspection: check the overall structure of the house, the tightness of doors and windows, power supply and water supply, HVAC system, etc.   Safety acceptance: The professional acceptance personnel will inspect the safety performance of the house such as wind resistance and earthquake resistance.   Once the acceptance is passed, the house can be delivered. Standard detachable container house installation video  

  Hot Tags : Prefabricated container housing solutions Energy-efficient prefab container homes Affordable portable container homes

  Read More
• How to distinguish the quality of a container house

  

  Dec 16, 2024

  Container houses are increasingly favored by consumers due to their high efficiency, environmental protection, and energy saving. Especially with the increasing number of types and brands of modular container houses in the market, consumers often face some challenges when choosing. How to accurately judge the quality of integrated housing is a problem that every home buyer must face. This article will analyze in detail how to evaluate the quality of integrated housing from multiple dimensions, including materials, structural design, construction technology and safety performance, etc., and compare them with specific parameter tables to help you make an informed choice.   1. Comparison of wall panel materials: heat insulation, fire prevention, waterproofing, durability     The thermal insulation, fire resistance, water resistance and other properties of wall materials directly affect the energy efficiency and safety of integrated houses. More specific test data for common materials are provided here. Wall panel type Thermal insulation (λ value) Fire resistance Waterproof performance Durability (service life) EPS panel 0.035 W/m·K B1 0.1MPa water pressure resistance 20 years Rock wool panel 0.038 W/m·K A1 0.1MPa water pressure resistance 25 years PU panel 0.022 W/m·K B2 0.3MPa water pressure resistance 30 years   Interpretation:   λ value (thermal conductivity): The thermal conductivity of the material, the lower the value, the better the thermal insulation.   Fire performance: According to national standards, A1 is a non-combustible material, B1 is a flame-retardant, and B2 is a flammable material.   Waterproofing: Measured by the standard of permeable water pressure, it indicates the maximum water pressure that the wall can withstand.   Durability: Indicates the expected useful life of the material under normal use.   2. Comparison of roofing materials: wind resistance, heat insulation, corrosion resistance, service life     The choice of roofing material directly affects the wind resistance, durability and thermal insulation of the house, especially for houses in windy areas or hot areas. Type of material Wind Resistance (Maximum Wind Speed) Thermal Insulation (Thermal Resistance) Corrosion Resistance (Salt Spray Test) Service Life (years) Tile roof 160 km/h 0.18 m²·K/W 500 hours (in accordance with GB/T 1765)  30 years EPS roof  180 km/h 0.22 m²·K/W 2000 hours (in accordance with GB/T 8019) 35 years   Interpretation:   Wind resistance: The maximum wind speed that the roofing material can withstand, measured in kilometers per hour (km/h).   Thermal Insulation Effect (Thermal Resistance): The higher the thermal resistance value, the better the thermal insulation performance, in m²· K/W。   Corrosion Resistance: The duration of the salt spray test, measured in hours, to test the durability of a material in a corrosive environment.   Service life: The expected service life of the material according to climate, environment and other factors. 3. Comparison of structure types: wind resistance, seismic resistance, stability, applicable area     The type of structure determines the adaptability of the prefab house in different climatic conditions and environments, especially the ability to resist wind and earthquakes, and it is very important to choose the right structure. Structure Type Wind Resistance (Maximum Wind Speed) Seismic Resistance (Magnitude)  Stability (Maximum Load)  Applicable Area Light steel structure 200 km/h 8 level 3 kN/m² Multi-climatic regions Reinforced concrete structure 150 km/h 9 level 5 kN/m² High earthquake regions Timber structure 120 km/h 6 level 2.5 kN/m² Temperate regions   Interpretation:   Wind resistance: The maximum wind speed that the structure can withstand, measured in kilometers per hour (km/h).   Seismic Capacity: Indicates the maximum earthquake magnitude that the structure can withstand, and the unit is the earthquake magnitude.   Stability (maximum load): The maximum load that the structure can withstand when subjected to external forces such as wind loads and snow loads, in kilonewtons per square meter (kN/m²).   Applicable area: The geographical environment and climatic conditions suitable for the structure type.   4. Comparison of construction technology: connection method, accuracy and waterproof   The construction process directly affects the stability, wind resistance, sealing and service life of the integrated house, and the connection method is the key factor. Connection Stability Construction Efficiency Waterproof and Windproof Effect Earthquake Resistance Bolted connections High Medium Medium Medium Welded connections Very High Low Very High Very High Pluggable connection Medium High Medium Low   Interpretation:   Stability: The stability of the connection mode affects the overall wind and earthquake resistance of the house.   Construction efficiency: installation speed, plug-in connections are usually fast, suitable for rapid construction.   Waterproof and windproof effect: The tightness of the connection directly affects the waterproof and windproof effect of the house.   Seismic Resistance: The influence of the connection method on the seismic performance of the house, welded connections provide the best seismic resistance. 5. Safety performance: fire rating, fire resistance time     Fire performance is an important criterion for evaluating the safety of a prefab container house, and the fire rating and fire resistance time are the key to measure the fire protection ability. Wall Panel Type Fire Rating Fire Resistance Time (min) Rock wool panel A1 ≥ 60 minutes PU panel B1 ≤ 30 minutes EPS panel B2 ≤ 30 minutes   Interpretation:   Fire rating: indicates the fire performance of the material, A1 is non-combustible, and B2 is flammable.   Refractory time: Indicates the amount of time that a material is able to maintain a structure at high temperatures, measured in minutes.   Through detailed numerical comparisons, you can more intuitively understand the advantages and disadvantages of different prefab house materials, structures, construction processes and safety performance. When choosing a prefab house, it is recommended that you consider the climatic conditions of your area, the needs of your use and your budget. By referring to the above specific data, you can make more informed and rational decisions to ensure that you buy a high-quality, durable and safe prefab house.

  Hot Tags : Affordable modular container units Custom modular prefab houses High-quality shipping container homes Quick-install modular container homes

  Read More
• DXH Container House: The perfect combination of quality and speed

  

  Dec 15, 2024

   In the container house industry, DXH container house has become a trusted partner for customers with fast delivery, high quality standards, reasonable prices, excellent service and perfect after-sales guarantee. Our goal is to provide customers with efficient, economical and environmentally friendly building solutions to meet the application needs of various scenarios. Why choose DXH Container House?   1. Fast delivery: Respond quickly to your needs     DXH container house use advanced modular production and efficient construction processes to ensure that the project from design to delivery cycle is greatly shortened. Whether it's a residential project, a commercial office space, or an emergency response room, we can complete the production and installation in a short time, helping customers get into use quickly.     Our ability to deliver quickly stems from:   Factory prefabricated production to reduce on-site construction time.   Standardized module design improves assembly efficiency.     The professional team follows up the whole process to ensure that the project is completed on time. 2. High quality: strict quality control     DXH always puts product quality first. Each prefab house module has undergone strict quality testing, from material purchase to production and processing, from transportation to on-site installation, every link follows international quality standards to ensure that every product delivered to customers is durable, environmentally friendly and healthy.   Our quality advantages are reflected in:   High-strength steel structure frame to ensure the stability and seismic performance of the house.   Environmentally friendly building materials, in line with green building standards, to ensure the health of living.   Refined construction to ensure that every detail can stand the test of time. 3. Reasonable price: Make every penny worth it     DXH container House provides customers with high-quality construction solutions at a high cost performance. By optimizing production processes and reducing material waste, we are able to offer our customers more competitive prices while maintaining product quality.   Our price advantage:   Transparent pricing with no hidden fees.   Material optimization to reduce costs while maintaining high quality.   Standardized production, achieve scale effect, reduce customer expenses. 4. Good service: customer first service concept     DXH always adheres to the service concept of customer first. From project consultation, schematic design, manufacturing to on-site installation, our professional team provides one-to-one service throughout the process to ensure that every need of customers can be responded to in a timely manner.   Advantages of our services:   24-hour online customer service, ready to answer customer questions.   The project manager follows up the whole process to ensure the smooth implementation of the project.   Flexible customized solutions to meet the individual needs of customers.   5. After-sales improvement: let you have no worries     DXH provides comprehensive after-sales service guarantee to ensure that customers have no worries during use. Our after-sales team will make regular return visits to solve the problems encountered by customers in the process of use in a timely manner. Our after-sales service includes:   Warranty service: Provide long-term quality assurance to ensure the durability of the product.   Maintenance service: regular online maintenance and overhaul to extend the service life of the house.   Technical support: Provide technical guidance and training to ensure that customers can use and maintain the house correctly. Application scenarios of DXH container house     Residential Projects: Fast delivery, comfortable living, suitable for city homes and country houses.   Commercial office: flexible construction and diverse functions to provide efficient office space for enterprises.   Tourism and vacation: modular homestays and holiday villas provide tourists with a unique accommodation experience.   Emergency Rescue: Rapid deployment of temporary resettlement housing to provide timely housing security for emergencies.   Reasons to choose DXH integrated houses     Fast delivery: fast production and delivery to meet the urgent needs of customers.   High quality: Strict quality control to ensure that the house is strong and durable.   Reasonable price: cost-effective solution, so that the customer's investment is worth the money.   Good service: one-to-one professional service to ensure a worry-free customer experience.   After-sales improvement: provide long-term warranty and technical support to ensure the long-term use of the house.     DXH container house takes quality, speed and service as the core, and is committed to providing customers with efficient, environmentally friendly and economical building solutions. If you are looking for a reliable supplier of container homes, DXH is undoubtedly the best choice for you. We look forward to working with you to create a better place to live and work!

  Hot Tags : Customizable container living spaces Innovative container house designs Affordable modular container units

  Read More
• Comparison of the advantages of detachable container houses and foldable container houses

  

  Dec 14, 2024

  As a modern, environmentally friendly and flexible building solution, container house has been widely used in various scenarios such as temporary and long-term residence, commercial use and post-disaster reconstruction. With the development of technology, there are more and more types of container houses, among which detachable container houses and foldable container houses are the two most common forms in the current market. Although both types of homes have strong flexibility and convenience, they have significant differences in structure, application scenarios, functionality and longevity. It focuses on the advantages of detachable container houses, and compares the key features of the two house types to help customers better understand their applicable scenarios and selection basis. Advantages of detachable container houses   Detachable container houses usually consist of several standardized modules that can be assembled and disassembled as needed. Their design and structure make these homes offer significant advantages in terms of long-term use, structural stability, spatial flexibility and relocation. Mainly Advantages:   1. Stable structure and high durability: The detachable container house is made of high-strength steel, aluminum alloy or steel structural frame, which has good earthquake, wind and compression resistance, and is suitable for various harsh environments. Compared with foldable container houses, it is more stable, durable, and suitable for long-term use.   2. Functional customization and space flexibility: The internal structure, functional layout and appearance design of the house can be customized according to the needs to meet the needs of long-term residence, office, commercial and other scenarios. Its spatial flexibility far exceeds that of a foldable house, making it suitable for more complex use needs.   3. High adaptability and ease of relocation: The dismantling and reconstruction of the detachable container house is very convenient, and can be repeatedly used in different locations according to the needs of the project, especially suitable for construction sites, temporary bases or post-disaster reconstruction projects.   4. Energy saving and environmental protection: Modern detachable container houses usually use environmentally friendly materials, have good thermal insulation and thermal insulation performance, reduce energy consumption, and meet the requirements of green buildings.   5. Long-term cost-effectiveness: Although the initial investment is high, the overall life cycle cost is low due to its long service life and low maintenance costs, making it the preferred solution for long-term investment. Features of foldable container houses Foldable container houses have a simple folding design and are usually constructed of lightweight materials such as aluminum alloy, steel frame, etc. The advantage of this type of housing lies in its convenience and rapid deployment ability, which is especially suitable for emergency, short-term accommodation and rapid deployment scenarios.   Mainly Advantages:   1. Convenience and rapid deployment: The design of the foldable container house is very simple, and it can be quickly unfolded and assembled in a short time, which is suitable for post-disaster emergency resettlement, emergency rescue and other scenarios.   2. Space-saving and easy storage: Foldable houses are small when folded, making them easy to transport and store, making them suitable for projects that require frequent location changes.   3. Lower cost: Foldable houses have a lower initial investment than detachable container houses, making them suitable for projects with limited budgets and only need temporary use. Detachable Container Houses vs. Foldable Container Houses: A Detailed Comparison Compare Item Detachable container house Foldable container house Structural strength It adopts high-strength materials such as steel structure and aluminum alloy, and has strong seismic and wind resistance The structure is lighter, the earthquake and wind resistance is poor, and it is suitable for mild environments Building period It is shorter, usually taking a few hours to a week to complete, and is suitable for long-term use Very fast, usually a few hours to a day to complete the build Durability High durability for long-term use, able to withstand extreme climates and harsh environments Low, mainly suitable for short-term use, long-term use may be aging, damage Applicable scenarios It is suitable for long-term use, such as construction site dormitories, post-disaster reconstruction, industrial parks, etc Suitable for temporary housing, emergency rescue, rapid resettlement, camping, etc Functional customization High, the internal layout, functional modules and exterior can be customized according to the needs Low, simple in design, often without complex internal functional configurations Ease of relocation and reorganization It can be disassembled and reassembled, suitable for use in multiple locations, and easy to relocate It is easy to store and transport when folded, but the space and function are simplified when reassembled Cost-effective The initial investment is high, but the long-term use cost is low, which is suitable for large-scale long-term investment The initial cost is low, suitable for short-term use, and the long-term use cost is higher Space utilization Spacious, suitable for long-term living or working space such as home, office, business, etc The space is small, suitable for emergency resettlement or temporary accommodation needs, and the comfort of long-term use is poor Adaptability and flexibility It is highly adaptable, can adapt to different sites and use needs, has diverse functions and flexible structure It is less adaptable, has fixed functions, and usually only meets basic accommodation needs Environmental protection and energy saving It adopts environmentally friendly building materials, has good thermal insulation performance, and meets the requirements of green buildings The environmental performance is poor, and the thermal insulation and thermal insulation performance are limited   Advantages of detachable container houses: Preferred for long-term investment:   Detachable container houses have a long service life and low maintenance costs, making them an ideal long-term investment. Although the initial investment is high, considering the characteristics of multiple disassembly and reassembly, the overall life cycle cost is more advantageous. High durability and resistance to harsh environments:   The structure of the detachable container house is stable, using high-strength steel, aluminum alloy and other high-performance materials, and has strong earthquake and wind resistance. It can operate stably even in areas with extreme climatic conditions, such as high wind speeds, heavy rainfall, or earthquakes, and is not easily damaged after long-term use. Spatial flexibility and versatility:   The interior layout and functional modules of the detachable integrated house can be customized according to different needs, including kitchen, bathroom, bedroom, living room, etc., which is not only suitable for temporary residence, but also can meet the needs of long-term office or commercial use. Its flexibility and customization capabilities far exceed those of foldable houses, and are more adaptable. Ability to adapt to different scenarios:   Due to their high adaptability, detachable integrated homes can be used in many different scenarios, from mining areas, construction sites to post-disaster reconstruction, military bases, and even commercial projects such as high-end resorts. Its versatility allows it to meet a wide range of needs, making it ideal for a wide range of industries. Efficient Relocation & Reconstruction:     Detachable container houses are removable and can be easily disassembled and reassembled after use, making them suitable for places that need to be relocated frequently. Compared to foldable houses, although the initial assembly cycle is longer, it can be used multiple times and has a higher value in the long run.   Although foldable container houses have certain advantages in terms of short-term use, rapid deployment and low cost, for projects that require long-term use, higher durability, space flexibility and functional customization, detachable container houses are undoubtedly ideal  

  Hot Tags : detachable container houses Energy-efficient container house for construction Removable container house cheap container houses

  Read More