China FAMOUS Steel Engineering Company Company News

In California, the demand for shipping container homes is diverse, driven by factors like high land costs, environmental consciousness, and the need for affordable housing. Here's an overview of the demand distribution and types of uses for container homes in the state: Demand Distribution Urban and Suburban Areas Los Angeles: Container homes are increasingly used to tackle housing shortages, create affordable commercial spaces, and serve as creative studios or art spaces. The high cost of land makes container homes an appealing option for both developers and residents seeking budget-friendly housing. San Francisco Bay Area: With its high housing demand, container homes are used for apartments, temporary housing, or small homes. The area’s tech-savvy population and young professionals are particularly interested in these flexible and modular living options. San Diego: Container homes in San Diego are often used for vacation homes, eco-friendly projects, or artist studios, taking advantage of the region’s beautiful natural surroundings. Disaster-Prone Areas Wildfire Zones: Given California’s frequent wildfires, container homes are utilized as emergency shelters or temporary housing during recovery periods. Their durability and quick assembly make them a reliable solution for disaster-stricken areas. Sustainability-Focused Areas Northern California: Known for its environmental awareness, this region sees a growing interest in container homes as part of green building and low-carbon initiatives. The eco-friendly nature and rapid construction of container homes align with the region's sustainable development goals. Types and Uses Residential Single-Family Homes: Container homes are a popular choice for individuals or families seeking affordable, minimalist living spaces. They can be customized and combined into larger units, offering an attractive option for those on a budget. Multi-Unit Housing: In high-demand urban areas, multiple container units can be linked together to form small apartment buildings or compact housing complexes, offering a cost-effective solution to the housing crisis. Commercial Business Spaces: Container homes are used for small retail stores, cafes, restaurants, and even gyms. Their low cost and flexibility make them ideal for entrepreneurs looking to set up a business without the heavy overhead of traditional commercial buildings. Offices: Containers are also used as mobile or temporary offices, especially for construction sites or industrial settings, providing affordable, functional spaces. Emergency and Temporary Housing Disaster Relief: Container homes are a practical solution for providing temporary housing after natural disasters like wildfires or earthquakes. They can be rapidly deployed and are ideal for use as emergency shelters. Homeless Shelters: Container homes are being explored as part of California’s strategy to address homelessness by offering temporary or long-term housing solutions that are affordable and easy to set up. Leisure and Vacation Vacation Homes: Container homes are used as vacation cabins or eco-friendly getaways in scenic areas. Their minimalist design and sustainability make them attractive options for those seeking a unique and environmentally conscious holiday experience. Eco-Tourism: In California's natural parks and tourist destinations, container homes are used to provide eco-friendly accommodations, blending into the landscape while offering a comfortable and sustainable lodging option. Creative Spaces Art Studios: Container homes are commonly repurposed as art studios or exhibition spaces, especially in creative hubs like Los Angeles. Their flexible design allows for customization to suit various artistic needs, making them an affordable and stylish choice for artists. Conclusion In California, shipping container homes are increasingly being used for a variety of purposes, from residential and commercial spaces to emergency shelters and vacation homes. The appeal of container homes lies in their affordability, flexibility, and speed of construction, making them an effective solution in areas with high land costs or housing shortages, as well as for those seeking sustainable and creative living options.

320 Tons Galvanized Steel Truss Structure Exported to Oceania in August, 2023   Steel Buildings have many advantages that make them one of the most appealing solutions to needing space and the benefit of reduced necessary on site construction time translates to impressive overall cost savings.   A steel truss refers to a truss made of steel. In the roof structures, crane beams, bridges and hydraulic gates of industrial and civil buildings, steel trusses are often used as the main load-bearing components. All kinds of towers, such as mast towers, TV towers and transmission line towers, are commonly used space steel trusses composed of three-sided, four-sided or multi-sided planar trusses.   Our experienced, skilled and dedicated team of engineers has earned us a reputation for excellence throughout China, and as far afield as the Asian-Pacific region. Our reputation is for the quality of our work, the professionalism and skill of our team, plus our focus of delivering on time and on budget. Ask our clients what really sets us apart and they are likely to tell you about our approachability and the personal, efficient service that is an inherent part of the culture at FAMOUS.   If you have needs for steel truss structure or any other steel members, you are welcome to contact us at any time.  

Our company exported 525 Tons Steel Structural Warehouse Members to African Market in 2023.   Our company has professional steel buildings design and deepening engineers, long-term cooperation with high-quality material suppliers, a number of systematic and complete production lines, and a lot of rich export experience in the field of steel sturctural buildings.   If you have needs for steel structural buildings, you are welcome to contact us at any time.  

The flat pack container house adopts the steel structure frame design, with prefect stability, the wind resistance capacity can be more than 210km / h, and the Seismic resistance capacity can be more than Grade 8. This flat pack container house is consisting of chassis, housetop, and wall system. The wall system is made of sandwich panel, the core material for this is kind of sandwich panel have EPS/Mineral wool/PU, etc., the thickness is from 50mm to 100mm., the steel sheet is made from colored steel (the Pattern can be optional). The roof and floor are prefabricated at our factory, is made the installment easier. The roof is adopting the overall design, it has enhanced the air tightness, and water-resistance. This kind of flat pack container house is made according to the size of shipping container(5995*2350*2450), it can be composed of 1-3 floors of multi-housing in the horizontal and vertical space. The Stairs, doors, windows, partition position and dimensions can be diversification, meeting the more requirements of customer, and the interior decoration can be produced according to customer demands. This product can be packaged collapsible, and one 40FT HQ containers can be loaded 7 sets at one-time. Product’s characteristic: Beautiful appearance, with good thermal insulation, wind resistance and seismic resistance, convenience for dis-assembly transportation, repeated use, and so on.   Flat pack container house can be used as accommodation, office, shelter, camp, hotel, factory, warehouse, kitchen, dining room and so on. We can use different size containers to design into one or above complex units.   Some of the main properties as follows: • Lightness in weight • High strength and stiffness • Ease of prefabrication and mass production • Fast and easy erection and installation • Substantial elimination of delays due to weather • More accurate detailing • Non shrinking and non creeping at ambient temperatures • Termite-proof and rot proof • Economy in transportation and handling • Non combustibility • Recyclable material  

In architecture, structural engineering or building, a purlin (or historically purline, purloyne, purling, perling) is a horizontal beam or bar used for structural support in buildings, most commonly in a roof. Purlins are supported either by rafters or the walls of the building. They are most commonly used in metal buildings.   The purlins of a roof support the weight of the roof deck. The roof deck is the wood panel, ply board, or metal sheeting that creates the surface of the roof.   Several kinds of purlins exist. They are divided into categories based on the material from which they are made and their shape. Different purlins are used for different purposes, including structural support of walls or floors. Purlin is important because without it, there’s no frame for the sheeting on the roof to rest on, making purlins critical to the structure of the roof.   Steel Purlin are light weight, dimensionally stable, accurate and straight. They expand and contract reasonably in extreme temperature changes.   Steel purlin is usually made of cold-formed steel that is thin enough to put screws through. Cold-formed steel is made by rolling or pressing thin sheets of steel into the desired shape. It is less expensive for the manufacturer than hot-rolled steel and is also easier to work with. Though cold-formed steel is stronger than hot-formed steel, it is more likely to break when under pressure rather than bend.   Purlins are manufactured from hot dipped galvanized steel with a coating, in line with other common lightweight steel structural building products. This gives good protection in most exposed internal environments. Run off from, or contact with, materials which are incompatible with zinc should be avoided.   To protect the purlin, they also apply a layer of paint outside them. Zinc and paint in combination (synergistic effect) produce a corrosion protection approximately 2X the sum of the corrosion protection that each alone would provide.

Bailey bridge is a modular prefabricated steel bridge, which is connected by steel Bailey panels through bolts and other fasteners. Its simple structure makes it especially suitable for scenarios requiring rapid bridge construction. Bailey Bridge, also known as a prefabricated road steel bridge, was invented by British engineer Donald Coleman Bailey in 1938. It uses high-strength steel as a material and is manufactured into a lightweight standardized bridge unit construction, including beams, longitudinal beams, bridge decks, bridge seats, and connectors. The site can be quickly assembled into a Bailey bridge of various spans and loads with only dedicated installation equipment. The Bailey bridge was originally used in the military bridge field, and it has been widely promoted in the civilian field since the 1960s. Common models include the compact 100 Bailey bridge and the compact 200 Bailey bridge.   Compared with Bailey bridge technology, traditional bridge-building technology occupies a large area, has high manufacturing costs, consumes more manpower, and has a long construction period. The biggest feature of Bailey bridge technology is the assembly type, which means that it can be assembled and disassembled on-site, which is convenient and flexible. The components can be production standardized in the factory in advance, which greatly improves the production efficiency of bridge building, is safe and efficient, and reduces costs. Because of standardized production, the quality is more stable and reliable.   The smallest modular unit in the Bailey bridge is the Bailey panel, which is a rectangular Bailey structure welded from steel frames. It can be used to splice and assemble Bailey bridges of different structures. According to the different types of Bailey panels, their size also changes. The Bailey beam is a truss beam composed of Bailey panels. The Bailey panels are fixed by bolts and cooperate with other structural parts for rapid bridge erection. The Bailey bridge is not only fast to erect, but also very fast and convenient to dismantle and has strong mobility. Therefore, it is often used in simple bridges and temporary constructions, as well as permanent bridges.   Advantages of Bailey Bridge: The Bailey bridge has a simple structure, lightweight components, convenient transportation, flexible combination, fast erection, convenient disassembly and assembly, and reusable components; Bailey bridge also has the advantages of large carrying capacity, strong structural rigidity, and long fatigue life; The Bailey bridge can also be combined into bridges of different spans, types, and uses according to the design requirements of the factory.   Bailey bridge is a technological revolution in the history of the development of bridge technology. Because the Bailey bridge has obvious advantages over traditional bridges, so it is widely used in traffic engineering, railway engineering, and water conservancy projects. The supporting structure composed of Bailey panels can also be used for construction brackets such as cast-in-place beams or crane towers.

Prefabricated steel structures are pre-engineered and fabricated off site before being transported for assembly. This construction method has numerous advantages over traditional building techniques, including faster construction times, lower labour costs, and reduced waste. These benefits make preengineered metal building manufacturers an attractive option for various commercial applications.   Retail and Commercial Buildings Prefab steel structures are an ideal choice for retail and commercial buildings because of their flexibility and cost-effectiveness. Steel buildings can be personalized to fit any size and shape, allowing maximum use of available space. Additionally, the speed of construction can help businesses save time and money on construction costs.   The durability of prefabricated steel structures makes them a wise investment for retail and commercial buildings. They are resistant to fire, pests, and weather, which can result in lower insurance premiums and maintenance costs over time.   Industrial Buildings Prefabricated steel structures are commonly used for industrial buildings, including warehouses, manufacturing plants, and distribution centers. These buildings require large, open spaces, which can easily be achieved with a prefabricated steel structure.   The durability of steel makes it an ideal material for industrial buildings that need to withstand heavy loads and harsh conditions. Additionally, steel structures can be designed to accommodate large equipment and machinery, making them an attractive option for manufacturing facilities.   Agricultural Buildings Agricultural buildings, like barns, storage sheds, and animal shelters, are also commonly constructed using prefabricated steel structures. These buildings require durability and strength to withstand harsh weather conditions and protect livestock and equipment.   Prefabricated steel structures are a cost-effective solution for agricultural buildings because they are easy to assemble, low maintenance, and can be customized to fit specific needs. Additionally, steel buildings are resistant to pests, fire, and weather, which can reduce insurance premiums and maintenance costs over time.   Recreational Buildings Prefabricated steel structures are an excellent choice for recreational buildings, such as sports facilities, gymnasiums, and community centers. Steel buildings can be designed to accommodate large open spaces, making them ideal for indoor sports and recreational activities.   The speed of construction also makes prefabricated steel structures an attractive option for recreational buildings. This is especially important for projects that must be completed quickly, such as school gymnasiums or community centers.   Benefits of Prefabricated Steel Structures There are numerous advantages to using prefabricated steel structures for commercial applications. Because the building components are pre-engineered and fabricated offsite, the construction process can be completed in a fraction of the time.   Another advantage of prefabricated steel structures is their cost-effectiveness. Steel is an affordable material, and the speed of construction can help businesses save money on labor costs. Additionally, steel buildings require minimal maintenance over time, which can result in long-term cost savings.   Prefabricated steel structures are also highly customizable, making them an ideal choice for commercial buildings that require specific layouts or designs. Additionally, steel buildings can be designed to accommodate large equipment and machinery, which is essential for industrial and agricultural buildings.   Final Thoughts Prefabricated steel structures have become an increasingly popular option for commercial applications due to their cost-effectiveness, durability, and versatility. With the help of preengineered metal building manufacturers such buildings can be customized to fit any size and shape, making them an ideal choice for retail, commercial, industrial, agricultural, and recreational buildings. The speed of construction, cost-effectiveness, and minimal maintenance requirements make prefabricated steel structures an attractive option for businesses looking to save time and money on construction costs.

Steel structures and buildings have gained popularity in the agricultural industry due to their numerous advantages. Steel offers durability, flexibility, and cost-effectiveness from barns to storage facilities. This listicle will explore the advantages of using steel structures and buildings in agriculture, highlighting their benefits for farmers and the agricultural sector.   Durability and Strength Steel farm buildings are renowned for their durability and strength, making them ideal for agricultural applications. Steel is a strong material that can withstand harsh weather conditions, such as heavy snowfall, high winds, and even seismic activity. Unlike traditional materials like wood, steel does not rot, warp, or split over time. This durability ensures that steel buildings can protect valuable equipment, livestock, and crops for extended periods.   Cost-Effectiveness Steel structures offer significant cost savings over traditional construction materials. The construction process for steel buildings is relatively faster, reducing labor costs. Additionally, steel is a readily available material, which lowers procurement expenses. Steel structures require minimal maintenance, resulting in long-term cost savings. Furthermore, steel buildings are customizable, allowing farmers to optimize their construction plans and avoid unnecessary expenses.   Flexibility and Expandability One of the key advantages of prefab steel structures in agriculture is their flexibility and expandability. Farmers must often adjust their facilities to accommodate changing requirements and evolving operations. Steel buildings can be easily modified or expanded, allowing farmers to adapt to their growing needs without significant disruptions.   Energy Efficiency Steel buildings offer excellent energy efficiency, reducing operating costs for farmers. Steel structures can be insulated effectively, providing superior thermal performance. This insulation helps maintain stable internal temperatures, ensuring optimal conditions for livestock, crops, and equipment. Furthermore, steel structures can incorporate natural lighting and ventilation systems, minimizing the need for artificial lighting and HVAC systems, thus reducing energy consumption.   Environmentally Friendly Steel structures offer significant environmental benefits in an era of increasing environmental awareness. Steel is highly recyclable, and recycled steel in construction helps conserve natural resources. Moreover, steel structures can be disassembled and relocated, minimizing waste and extending the lifespan of the building. The sustainable nature of steel makes it an environmentally responsible choice for farmers and promotes eco-friendly practices in the agricultural sector.   Fire Resistance Fire safety is a critical concern in agricultural facilities. Steel structures provide excellent fire resistance, ensuring the safety of livestock, crops, and equipment. Unlike wood, steel does not contribute to the spread of flames. Additionally, steel structures do not release toxic gases when exposed to fire, reducing health risks for both humans and animals. This fire-resistant steel property helps protect valuable assets and gives farmers peace of mind.   Pest Resistance Steel farm buildings provide an added advantage of pest resistance. Unlike wooden structures that can be susceptible to infestation by pests such as termites or rodents, steel buildings are impervious to these threats. The non-organic nature of steel eliminates the risk of pest damage, ensuring the structure's and its contents' safety and integrity. Farmers can have peace of mind knowing that their agricultural investments are protected from costly pest-related damages. Farmers can reduce the need for frequent pest control measures by choosing steel structures and minimizing the risk of crop or equipment loss due to infestations.   Conclusion The advantages of steel structures and buildings in agriculture are undeniable. From their durability and strength to their cost-effectiveness and energy efficiency, steel buildings offer many benefits for farmers. The flexibility and expandability of steel structures allow farmers to adapt to changing needs, while their environmentally friendly nature promotes sustainability in the agricultural sector. Furthermore, the fire resistance of steel ensures the safety of livestock, crops, and equipment. As the agricultural industry continues to evolve, steel structures and buildings will play a crucial role in supporting the growth and success of farmers around the world.

2200 sets of ICFs Bracing System support exported to the Western Asian market on August, 2023.   The straight back wall support of ICF support is made of 14 Gauge galvanized steel, bent and drilled. bracing foot steel pipe gauge 13,and the length can be adjusted Simple and quick assembly High quality galvanized pin The guardrail is designed to be removable  

50 Sets 5970*6980*3050mm Cam Lock Cold Room exported to North America on July, 2023.     Features of Cam Lock Cold Room: 1. Heat and sound insulation. Temperature suitable for Rock Wool and PUR/PIR ranges from -200 centigrade to 150 centigrade. 2. Good chemical resistance, waterproof, anti-corrosion, insect-free etc. 3. Advanced Tech: Automatic rolling machines make the whole process of manufacture effective. 4. Energy conservation, environmental protection, economical, heat insulting, good structure, easy-doing construction 5. Light weight enough to reduce building expense. 6. Time can be saved on a building project due to the simple installation.     If you have needs for Cam Lock Cold Room, you are welcome to contact us at any time.