High Quality Sandwich Panel Structural Corrugated Metal Roofing Insulated Panels   Quick Details Standard:  AISI,ASTM,JIS,BS,DIN,GB,EN Type: EPS or PU Sandwich Panels Application: Roof Insulated Sandwich panels are widely used as roof panel in warehouses, factories, exhibition halls, prefabricated houses, container houses and other industrial and civil buildings.   Specifications Thickness of color steel sheets 0.3-0.8mm Thickness of EPS/PU core 40-200mm Effective width Wall panel: 950mm 1150mm 1200mm Roof panel: 950mm 980mm Length As client’s requirements Materials Polystyrene foam board(EPS) or PU, Color steel sheets Structure Upper and lower layer: Color steel sheet Middle: polystyrene foam board or polyurethane foam board Color All colors (standard international color) or customers samples’ color The polystyrene density 8-25kg/m3 Sample Available freely Character Light in weight, heat insulation, water resistant, green and environmental    Features of EPS Insulated Roof Sandwich Panel 1.Our EPS Insulated Roof sandwich panel has the following characteristics: light dead weight, high mechanical strength, excellent shearing resistant performance, strong corrosion resistance, high durability, and weather fastness, etc. 2. The Roofing Insulated panel has excellent insulating performance: heat insulation, sound insulation, waterproof performance, etc. 3. It is easy to install and can be used many times over. 4. Nowadays, the EPS sandwich panel is widely used for cleaning workshops, industrial factory buildings, office buildings, stadiums, villas, and public buildings, etc.   Features of PU Insulated Roof Sandwich Panel 1. Heat and sound insulation: The outer steel sheets can maintain the lastingness of the color of the building, and reduce the solar radiation and keep the appropriate indoor temperature. The high quality heat insulation materials are made with the adoption of polyurethane PU and (PIR) polyisocyanurate resin acid hydrogen containing no Chloro-fluoro-carbons (CFC). 2. A degree inflaming retarding:This system can effectively prevent the fire and prevent the fire from spreading during the cross construction and during the use of the boards 3. Environment protection:By learning after the successful experience in environment protection constructions from companies home and abroad and through our scientific analysis, we objectively bear the idea of “low carbon designing, environmental building materials and energy-saving technology” in mind. 4. Super-low heat conductivity:The lowest heat conducting coefficient of the heat insulation boards ensures that, under the condition that the thinnest heat insulation materials are used; the system can meet the energy-saving requirement and offer the strongest basic guarantee to meet the requirement of high standard heat insulation 5. Polyurethane roof panel are tightly connected blind nailing 6. Easy and quick to install   EPS Core Insulated Roof Sandwich Panel PU Core Insulated Sandwich Panel More Photos Example:                                         Our Showroom of Samples   Our Equipment of Sandwich Panels   Packaging & Delivery Packaging Detail: Standard seaworthy packing or as you require. Delivery Detail: Within 10-15 days after we receive deposit or L/C at sight.             Welcome to visit us!                      

Industrial Metal Steel Plate EPS PU Roofing Insulated Panel Waterproof For Ceiling Systems   Quick Details Standard:  AISI,ASTM,JIS,BS,DIN,GB,EN Type: EPS or PU Sandwich Panels Application: Roof Insulated Sandwich panels are widely used as roof panel in warehouses, factories, exhibition halls, prefabricated houses, container houses and other industrial and civil buildings. Specifications Thickness of color steel sheets 0.3-0.8mm Thickness of EPS/PU core 40-200mm Effective width Wall panel: 950mm 1150mm 1200mm Roof panel: 950mm 980mm Length As client’s requirements Materials Polystyrene foam board(EPS) or PU, Color steel sheets Structure Upper and lower layer: Color steel sheetMiddle: polystyrene foam board or polyurethane foam board Color All colors (standard international color) or customers samples’ color The polystyrene density 8-25kg/m3 Sample Available freely Character Light in weight, heat insulation, water resistant, green and environmental   Features of EPS Insulated Roof Sandwich Panel 1.Our EPS Insulated Roof sandwich panel has the following characteristics: light dead weight, high mechanical strength, excellent shearing resistant performance, strong corrosion resistance, high durability, and weather fastness, etc. 2. The Roofing Insulated panel has excellent insulating performance: heat insulation, sound insulation, waterproof performance, etc. 3. It is easy to install and can be used many times over. 4. Nowadays, the EPS sandwich panel is widely used for cleaning workshops, industrial factory buildings, office buildings, stadiums, villas, and public buildings, etc.   Features of PU Insulated Roof Sandwich Panel 1. Heat and sound insulation: The outer steel sheets can maintain the lastingness of the color of the building, and reduce the solar radiation and keep the appropriate indoor temperature. The high quality heat insulation materials are made with the adoption of polyurethane PU and (PIR) polyisocyanurate resin acid hydrogen containing no Chloro-fluoro-carbons (CFC). 2. A degree inflaming retarding:This system can effectively prevent the fire and prevent the fire from spreading during the cross construction and during the use of the boards 3. Environment protection:By learning after the successful experience in environment protection constructions from companies home and abroad and through our scientific analysis, we objectively bear the idea of “low carbon designing, environmental building materials and energy-saving technology” in mind. 4. Super-low heat conductivity:The lowest heat conducting coefficient of the heat insulation boards ensures that, under the condition that the thinnest heat insulation materials are used; the system can meet the energy-saving requirement and offer the strongest basic guarantee to meet the requirement of high standard heat insulation 5. Polyurethane roof panel are tightly connected blind nailing 6. Easy and quick to install   EPS Core Insulated Roof Sandwich Panel PU Core Insulated Sandwich Panel More Photos Example: Our Showroom of Samples Our Equipment of Sandwich Panels Packaging & Delivery Packaging Detail: Standard seaworthy packing or as you require. Delivery Detail: Within 10-15 days after we receive deposit or L/C at sight.             Welcome to visit us!                  

EPS Insulated Concrete Forms Stacking Wall BuildBlocks ICFs Blocks only need to install modules, concrete pouring, EPS modular concrete structure sandwich insulation cast-in-place system is also called EPS energy-saving and environmentally-friendly prefabricated building modular system. high degree of mechanization, low labor cost, short construction period. On the outer side of the stressed steel bar of the wall, the module is inserted through the vertical staggered joints of the building block and organically matched with the special connecting bridge, and the metal hot-dip galvanized welded mesh is installed in the prefabricated slot at the outer end of the connecting bridge, and then combined The accessories connect and fasten the inner and outer side templates. The outer side of the module is 50mm, and the inner side has two cavity template combinations with the same thickness as the structural wall, or the cavity structure; pour concrete into the cavity structure separately, and wait until it reaches a certain level. Strength, remove the inner and outer sides of the template, which constitutes a sandwich insulation composite wall with integrated heat preservation, load-bearing and fire protection, referred to as sandwich insulation cast-in-situ system The thermal conductivity of the energy-saving module is 0.028 w/m.k, which is equivalent to the thermal insulation effect of a 4.6-meter-thick ordinary brick wall. The thermal insulation performance is remarkable. It does not need to be heated in winter.The room temperature can reach 15-22°C when enough light and daily heat accumulation. The strength of the energy-saving module is about 80% of the traditional wall, and the compressive strength is up to 28Mpa, the insulation layer has the same life as the building. stable structure house can be used continuously for decades. Product Name Corner Panel EPS ICF Blocks Dimension 300mm/600mm/900mm(L)X300mm(H)X250mm(T);725mm/425mm(L)X300mm(H)X250mm(T) Blocks Shape Straight, Right-Angle, T Shape, DECK Thermal conductivity  0.028 w/m.k Compressive strength 28Mpa EPS Density 30-45kg/m³ or customized Energy saving 90% Application Villa,Agricultural greenhouses, large cold storage,Industrial plants and laboratories with constant temperature requirements, Holiday villas in tourist attractions, Commercial Building, The saline-alkali building, Earthquake relief room,Temporary Housing,etc. MOQ 1500PCS   ICF Characteristics 1. Strength Insulated concrete forms create a structural concrete wall that is up to ten times stronger than wood-framed structures.  ICFs have better structural integrity compared to framed walls for better resistance to the forces of nature. 2. Sound Absorption ICF walls have much lower rates of acoustic transmission.  The level of sound attenuation achieved is a function of the wall thickness, mass, component materials, and airtightness found within ICF. 3. Fire Protection ICF walls can have a four-hour to six-hour fire-resistant rating.  Unlike wood, concrete does not burn, and unlike steel, it does not soften or bend.  ICF walls have been tested at up to 2,000 degrees Fahrenheit (typical for a common house fire), where wood walls would typically collapse within an hour. 4. Indoor Air Quality Because they are generally constructed without a sheet plastic vapor barrier, ICF walls can regulate humidity levels, mitigate the potential for mold, and facilitate a more comfortable interior while maintaining high thermal performance.  5. Environmental Sensitivity ICF walls can be made with a variety of recycled materials that can minimize the environmental impact of the building.  They use fewer natural resources, such as gas, electricity, and wood.  ICFs can generate as little as 1% construction waste.  They are also manufactured without the use of any CFCs or chemicals. ICF Building Process ICF construction is often considered less demanding than typical construction.  Less-skilled labor can be employed to lay the ICF forms (although careful consideration must be made when pouring concrete to make sure it joins fully and cures evenly without cracking).  Unlike traditional wood beam construction, no additional structural support is required for openings, doors, windows, or utilities.   ICF Cost In most cases, ICF construciton will cost about 40% less than conventional construction, primarily because of the labor savings from combining multiple steps into one step.  Above-grade ICF construction is typically more expensive, but when adding large openings, ICF construction becomes very cost effective.  (Large openings in conventional construction require large headers and supporting posts, whereas ICF construction reduces the cost, as only reinforcing steel is needed directly around the opening.) ICF buildings are generally less expensive over time, as they require less energy to heat and cool.  Additionally, insurance costs can even be much lower, as insurance companies recognize that ICF homes and buildings are less susceptible to damange from earthquakes, floods, hurricanes, fires, and other natural disasters.

EPS Insulated Concrete Forms Stacking Wall BuildBlocks ICFs Blocks only need to install modules, concrete pouring, ICF systems are easy and quick to build, including a core process that can be completed in just a few steps.  Using ICFs, many builders have shaved weeks off their build time, which means lower labor costs as well. EPS modular concrete structure sandwich insulation cast-in-place system is also called EPS energy-saving and environmentally-friendly prefabricated building modular system. high degree of mechanization, low labor cost, short construction period. On the outer side of the stressed steel bar of the wall, the module is inserted through the vertical staggered joints of the building block and organically matched with the special connecting bridge, and the metal hot-dip galvanized welded mesh is installed in the prefabricated slot at the outer end of the connecting bridge, and then combined The accessories connect and fasten the inner and outer side templates. The outer side of the module is 50mm, and the inner side has two cavity template combinations with the same thickness as the structural wall, or the cavity structure; pour concrete into the cavity structure separately, and wait until it reaches a certain level. Strength, remove the inner and outer sides of the template, which constitutes a sandwich insulation composite wall with integrated heat preservation, load-bearing and fire protection, referred to as sandwich insulation cast-in-situ system The thermal conductivity of the energy-saving module is 0.028 w/m.k, which is equivalent to the thermal insulation effect of a 4.6-meter-thick ordinary brick wall. The thermal insulation performance is remarkable. It does not need to be heated in winter.The room temperature can reach 15-22°C when enough light and daily heat accumulation. The strength of the energy-saving module is about 80% of the traditional wall, and the compressive strength is up to 28Mpa, the insulation layer has the same life as the building. stable structure house can be used continuously for decades. Product Name Corner Panel EPS ICF Blocks Dimension 300mm/600mm/900mm(L)X300mm(H)X250mm(T);725mm/425mm(L)X300mm(H)X250mm(T) Blocks Shape Straight, Right-Angle, T Shape, DECK Thermal conductivity  0.028 w/m.k Compressive strength 28Mpa EPS Density 30-45kg/m³ or customized Energy saving 90% Application Villa,Agricultural greenhouses, large cold storage,Industrial plants and laboratories with constant temperature requirements, Holiday villas in tourist attractions, Commercial Building, The saline-alkali building, Earthquake relief room,Temporary Housing,etc. MOQ 1500PCS   ICF Characteristics 1. Strength Insulated concrete forms create a structural concrete wall that is up to ten times stronger than wood-framed structures.  ICFs have better structural integrity compared to framed walls for better resistance to the forces of nature. 2. Sound Absorption ICF walls have much lower rates of acoustic transmission.  The level of sound attenuation achieved is a function of the wall thickness, mass, component materials, and airtightness found within ICF. 3. Fire Protection ICF walls can have a four-hour to six-hour fire-resistant rating.  Unlike wood, concrete does not burn, and unlike steel, it does not soften or bend.  ICF walls have been tested at up to 2,000 degrees Fahrenheit (typical for a common house fire), where wood walls would typically collapse within an hour. 4. Indoor Air Quality Because they are generally constructed without a sheet plastic vapor barrier, ICF walls can regulate humidity levels, mitigate the potential for mold, and facilitate a more comfortable interior while maintaining high thermal performance.  5. Environmental Sensitivity ICF walls can be made with a variety of recycled materials that can minimize the environmental impact of the building.  They use fewer natural resources, such as gas, electricity, and wood.  ICFs can generate as little as 1% construction waste.  They are also manufactured without the use of any CFCs or chemicals. ICF Building Process ICF construction is often considered less demanding than typical construction.  Less-skilled labor can be employed to lay the ICF forms (although careful consideration must be made when pouring concrete to make sure it joins fully and cures evenly without cracking).  Unlike traditional wood beam construction, no additional structural support is required for openings, doors, windows, or utilities.   ICF Cost In most cases, ICF construciton will cost about 40% less than conventional construction, primarily because of the labor savings from combining multiple steps into one step.  Above-grade ICF construction is typically more expensive, but when adding large openings, ICF construction becomes very cost effective.  (Large openings in conventional construction require large headers and supporting posts, whereas ICF construction reduces the cost, as only reinforcing steel is needed directly around the opening.) ICF buildings are generally less expensive over time, as they require less energy to heat and cool.  Additionally, insurance costs can even be much lower, as insurance companies recognize that ICF homes and buildings are less susceptible to damange from earthquakes, floods, hurricanes, fires, and other natural disasters.

EPS Insulated Concrete Forms Stacking Wall BuildBlocks ICFs Blocks only need to install modules, concrete pouring, EPS modular concrete structure sandwich insulation cast-in-place system is also called EPS energy-saving and environmentally-friendly prefabricated building modular system. high degree of mechanization, low labor cost, short construction period. On the outer side of the stressed steel bar of the wall, the module is inserted through the vertical staggered joints of the building block and organically matched with the special connecting bridge, and the metal hot-dip galvanized welded mesh is installed in the prefabricated slot at the outer end of the connecting bridge, and then combined The accessories connect and fasten the inner and outer side templates. The outer side of the module is 50mm, and the inner side has two cavity template combinations with the same thickness as the structural wall, or the cavity structure; pour concrete into the cavity structure separately, and wait until it reaches a certain level. Strength, remove the inner and outer sides of the template, which constitutes a sandwich insulation composite wall with integrated heat preservation, load-bearing and fire protection, referred to as sandwich insulation cast-in-situ system The thermal conductivity of the energy-saving module is 0.028 w/m.k, which is equivalent to the thermal insulation effect of a 4.6-meter-thick ordinary brick wall. The thermal insulation performance is remarkable. It does not need to be heated in winter.The room temperature can reach 15-22°C when enough light and daily heat accumulation. The strength of the energy-saving module is about 80% of the traditional wall, and the compressive strength is up to 28Mpa, the insulation layer has the same life as the building. stable structure house can be used continuously for decades. Product Name Corner Panel EPS ICF Blocks Dimension 300mm/600mm/900mm(L)X300mm(H)X250mm(T);725mm/425mm(L)X300mm(H)X250mm(T) Blocks Shape Straight, Right-Angle, T Shape, DECK Thermal conductivity  0.028 w/m.k Compressive strength 28Mpa EPS Density 30-45kg/m³ or customized Energy saving 90% Application Villa,Agricultural greenhouses, large cold storage,Industrial plants and laboratories with constant temperature requirements, Holiday villas in tourist attractions, Commercial Building, The saline-alkali building, Earthquake relief room,Temporary Housing,etc. MOQ 1500PCS   ICF Characteristics 1. Strength Insulated concrete forms create a structural concrete wall that is up to ten times stronger than wood-framed structures.  ICFs have better structural integrity compared to framed walls for better resistance to the forces of nature. 2. Sound Absorption ICF walls have much lower rates of acoustic transmission.  The level of sound attenuation achieved is a function of the wall thickness, mass, component materials, and airtightness found within ICF. 3. Fire Protection ICF walls can have a four-hour to six-hour fire-resistant rating.  Unlike wood, concrete does not burn, and unlike steel, it does not soften or bend.  ICF walls have been tested at up to 2,000 degrees Fahrenheit (typical for a common house fire), where wood walls would typically collapse within an hour. 4. Indoor Air Quality Because they are generally constructed without a sheet plastic vapor barrier, ICF walls can regulate humidity levels, mitigate the potential for mold, and facilitate a more comfortable interior while maintaining high thermal performance.  5. Environmental Sensitivity ICF walls can be made with a variety of recycled materials that can minimize the environmental impact of the building.  They use fewer natural resources, such as gas, electricity, and wood.  ICFs can generate as little as 1% construction waste.  They are also manufactured without the use of any CFCs or chemicals. ICF Building Process ICF construction is often considered less demanding than typical construction.  Less-skilled labor can be employed to lay the ICF forms (although careful consideration must be made when pouring concrete to make sure it joins fully and cures evenly without cracking).  Unlike traditional wood beam construction, no additional structural support is required for openings, doors, windows, or utilities.   ICF Cost In most cases, ICF construciton will cost about 40% less than conventional construction, primarily because of the labor savings from combining multiple steps into one step.  Above-grade ICF construction is typically more expensive, but when adding large openings, ICF construction becomes very cost effective.  (Large openings in conventional construction require large headers and supporting posts, whereas ICF construction reduces the cost, as only reinforcing steel is needed directly around the opening.) ICF buildings are generally less expensive over time, as they require less energy to heat and cool.  Additionally, insurance costs can even be much lower, as insurance companies recognize that ICF homes and buildings are less susceptible to damange from earthquakes, floods, hurricanes, fires, and other natural disasters.

EPS Insulated Concrete Forms Stacking Wall BuildBlocks ICFs Blocks only need to install modules, concrete pouring, EPS modular concrete structure sandwich insulation cast-in-place system is also called EPS energy-saving and environmentally-friendly prefabricated building modular system. high degree of mechanization, low labor cost, short construction period. On the outer side of the stressed steel bar of the wall, the module is inserted through the vertical staggered joints of the building block and organically matched with the special connecting bridge, and the metal hot-dip galvanized welded mesh is installed in the prefabricated slot at the outer end of the connecting bridge, and then combined The accessories connect and fasten the inner and outer side templates. The outer side of the module is 50mm, and the inner side has two cavity template combinations with the same thickness as the structural wall, or the cavity structure; pour concrete into the cavity structure separately, and wait until it reaches a certain level. Strength, remove the inner and outer sides of the template, which constitutes a sandwich insulation composite wall with integrated heat preservation, load-bearing and fire protection, referred to as sandwich insulation cast-in-situ system The thermal conductivity of the energy-saving module is 0.028 w/m.k, which is equivalent to the thermal insulation effect of a 4.6-meter-thick ordinary brick wall. The thermal insulation performance is remarkable. It does not need to be heated in winter.The room temperature can reach 15-22°C when enough light and daily heat accumulation. The strength of the energy-saving module is about 80% of the traditional wall, and the compressive strength is up to 28Mpa, the insulation layer has the same life as the building. stable structure house can be used continuously for decades. Product Name Corner Panel EPS ICF Blocks Dimension 300mm/600mm/900mm(L)X300mm(H)X250mm(T);725mm/425mm(L)X300mm(H)X250mm(T) Blocks Shape Straight, Right-Angle, T Shape, DECK Thermal conductivity  0.028 w/m.k Compressive strength 28Mpa EPS Density 30-45kg/m³ or customized Energy saving 90% Application Villa,Agricultural greenhouses, large cold storage,Industrial plants and laboratories with constant temperature requirements, Holiday villas in tourist attractions, Commercial Building, The saline-alkali building, Earthquake relief room,Temporary Housing,etc. MOQ 1500PCS   ICF Characteristics 1. Strength Insulated concrete forms create a structural concrete wall that is up to ten times stronger than wood-framed structures.  ICFs have better structural integrity compared to framed walls for better resistance to the forces of nature. 2. Sound Absorption ICF walls have much lower rates of acoustic transmission.  The level of sound attenuation achieved is a function of the wall thickness, mass, component materials, and airtightness found within ICF. 3. Fire Protection ICF walls can have a four-hour to six-hour fire-resistant rating.  Unlike wood, concrete does not burn, and unlike steel, it does not soften or bend.  ICF walls have been tested at up to 2,000 degrees Fahrenheit (typical for a common house fire), where wood walls would typically collapse within an hour. 4. Indoor Air Quality Because they are generally constructed without a sheet plastic vapor barrier, ICF walls can regulate humidity levels, mitigate the potential for mold, and facilitate a more comfortable interior while maintaining high thermal performance.  5. Environmental Sensitivity ICF walls can be made with a variety of recycled materials that can minimize the environmental impact of the building.  They use fewer natural resources, such as gas, electricity, and wood.  ICFs can generate as little as 1% construction waste.  They are also manufactured without the use of any CFCs or chemicals. ICF Building Process ICF construction is often considered less demanding than typical construction.  Less-skilled labor can be employed to lay the ICF forms (although careful consideration must be made when pouring concrete to make sure it joins fully and cures evenly without cracking).  Unlike traditional wood beam construction, no additional structural support is required for openings, doors, windows, or utilities.   ICF Cost In most cases, ICF construciton will cost about 40% less than conventional construction, primarily because of the labor savings from combining multiple steps into one step.  Above-grade ICF construction is typically more expensive, but when adding large openings, ICF construction becomes very cost effective.  (Large openings in conventional construction require large headers and supporting posts, whereas ICF construction reduces the cost, as only reinforcing steel is needed directly around the opening.) ICF buildings are generally less expensive over time, as they require less energy to heat and cool.  Additionally, insurance costs can even be much lower, as insurance companies recognize that ICF homes and buildings are less susceptible to damange from earthquakes, floods, hurricanes, fires, and other natural disasters.

Structural Steel workshop, warehouse and storage designed and manufactured by FASECBUILDINGS with the realization of the importance of space and flexibility in mind. That's why our Structural Steel workshop and Steel warehouse/storage can accommodate all of your industrial production needs. Raise your employees' productivity level by giving them a comfortable work environment. FASECBUILDINGS understands that your company has specific space requirements and budgetary constraints. That is why we offer affordable all Structural Steel workshop and Steel warehouse/storage that are fully customizable with a variety of structural types, cladings,  windows, doors, building colors, and more. Steel buildings from FASECBUILDINGS will save your company time and money because they erect in a fraction of the time it takes to build a brick, wood, or stone structure. FASECBUILDINGS supplies two ranges of steel storage buildings that are versatile, affordable and quick & easy to erect. Suitable for use as individual storage buildings, our steel buildings can also be partitioned internally for use as self storage or rental units for small or starter businesses. FASECBUILDINGS Structural Steel workshop are used by local authorities for a variety of uses – including parks departments for storing maintenance equipment and their highways departments for salt and grit stores for winter road treatment. Whether you need a lean-to for an existing building, a steel tunnel to link your existing structures or a brand new industrial steel building, HONGFENG versatile steel buildings can provide secure extra space when and where you need it at an affordable cost.   Our experience in steel framed industrial buildings is extensive and includes the design and construction of many different steel framed structures including: • Textile Factories on our building steel site • Process Plants on our building steel site • Waste Transfer Stations on our building steel site • Agricultural and Farm Building Infrastructure on our building steel site • Various Industrial workshops and warehouses, storages Our FASECBUILDINGS yearly sales revenue are pioneering in China structural steel industry, with plentiful of project experiences, most advanced production lines and equipments, as well as most competitive price which makes us prospect long time in steel structure design, detailing, fabrication and erection field.   We are the leading manufacturer of quality prefabricated steel industrial buildings which cost up to 60% less than conventional construction, and are much stronger and durable than traditionally built buildings. Years of metal building design experience with a state of the art manufacturing facility and design team using the highest grade commercial GB steel produce the best pre-engineered steel buildings available at great prices. Virtually maintenance free solid steel I-beam all steel construction ensures stability, strength, and durability, and is resistant to weather and rust.

CEMENT PLANT WAREHOUSE OR CEMENT PRODUCTION LINE STEEL STRUCTURE WORKSHOP designed and manufactured by FASECBUILDINGS with the realization of the importance of space and flexibility in mind. That's why our Structural Steel workshop and Steel warehouse/storage can accommodate all of your industrial production needs. Raise your employees' productivity level by giving them a comfortable work environment. FASECBUILDINGS understands that your company has specific space requirements and budgetary constraints. That is why we offer affordable all Structural Steel workshop and Steel warehouse/storage that are fully customizable with a variety of structural types, cladings,  windows, doors, building colors, and more. Steel buildings from FASECBUILDINGS will save your company time and money because they erect in a fraction of the time it takes to build a brick, wood, or stone structure.   FASECBUILDINGS supplies two ranges of steel storage buildings that are versatile, affordable and quick & easy to erect. Suitable for use as individual storage buildings, our steel buildings can also be partitioned internally for use as self storage or rental units for small or starter businesses. FASECBUILDINGS Structural Steel workshop are used by local authorities for a variety of uses – including parks departments for storing maintenance equipment and their highways departments for salt and grit stores for winter road treatment. Whether you need a lean-to for an existing building, a steel tunnel to link your existing structures or a brand new industrial steel building, HONGFENG versatile steel buildings can provide secure extra space when and where you need it at an affordable cost.

FASECBUILDINGS specializes in designing multi storey buildings and high rise steel buildings to meet your business requirements. We have helped thousands of growing businesses build affordable, multi-functional office buildings.   Multi Storey buildings from FASECBUILDINGS range from glass curtain wall office building complexes and city center business buildings(CBD) to apartment buildings, retail buildings and car showrooms. FASECBUILDINGS undertake the complete structural design and construction of the commercial building by utilising only the highest quality China steel, which can be supplied in hot dip galvanized process if required. With our specialist knowledge we can design steel buildings to withstand high wind speeds, seismic loads or arctic snow loads if necessary. We build in our own floors or provide for precast floors, and can design and build in stairs and lift shafts. We also offer as part of our service the ability to design our steel structures to accommodate overhead cranes and gantries, the ability to detail and install glazing and cladding systems complete with integrated personnel and vehicle access doors along with many other accessories. All are supplied and installed in accordance with the client's individual requirements. Local building codes including snow, wind, seismic and exposure ratings etc are very important factors during commercial steel building design.   Commercial Steel Buildings offer a wide variety of uses ranging from retail steel buildings to steel church buildings. Commercial steel buildings can maintain a wider span. Having a large space that is column-free, you gain the flexibility to satisfy even the most complex space design needs while still maintaining an obstacle free environment. If you have some flexibility and don't mind having columns, a multi-span metal building frame design can save you money. FASECBUILDINGS can accommodate exterior options including stone, brick, slate and stucco. We also offer a full line of doors, windows, and accessories that give you the ability to customize your building project.

FASECBUILDINGS specializes in designing multi storey buildings and high rise steel buildings to meet your business requirements. We have helped thousands of growing businesses build affordable, multi-functional office buildings.   Multi Storey buildings from FASECBUILDINGS range from glass curtain wall office building complexes and city center business buildings(CBD) to apartment buildings, retail buildings and car showrooms. FASECBUILDINGS undertake the complete structural design and construction of the commercial building by utilising only the highest quality China steel, which can be supplied in hot dip galvanized process if required. With our specialist knowledge we can design steel buildings to withstand high wind speeds, seismic loads or arctic snow loads if necessary. We build in our own floors or provide for precast floors, and can design and build in stairs and lift shafts. We also offer as part of our service the ability to design our steel structures to accommodate overhead cranes and gantries, the ability to detail and install glazing and cladding systems complete with integrated personnel and vehicle access doors along with many other accessories. All are supplied and installed in accordance with the client's individual requirements. Local building codes including snow, wind, seismic and exposure ratings etc are very important factors during commercial steel building design.   Commercial Steel Buildings offer a wide variety of uses ranging from retail steel buildings to steel church buildings. Commercial steel buildings can maintain a wider span. Having a large space that is column-free, you gain the flexibility to satisfy even the most complex space design needs while still maintaining an obstacle free environment. If you have some flexibility and don't mind having columns, a multi-span metal building frame design can save you money. FASECBUILDINGS can accommodate exterior options including stone, brick, slate and stucco. We also offer a full line of doors, windows, and accessories that give you the ability to customize your building project.

Structural Steel Factory Hall Building Prefabricated for Europe and America Standard Market The characteristics of steel are high strength, light weight, good overall rigidity, and strong resistance to deformation, so it is particularly suitable for building large-span, super-high, and super-heavy buildings; the material has good homogeneity and isotropy, and is ideal for elasticity The body is most consistent with the basic assumptions of general engineering mechanics; the material has good plasticity and toughness, can have large deformation, and can well withstand dynamic loads; the construction period is short; its industrialization degree is high, and professional production with high mechanization degree can be carried out. The steel structure should be studied with high-strength steel to greatly increase its yield point strength; in addition, new types of steel should be rolled, such as H-shaped steel (also known as wide-flange steel) and T-shaped steel and profiled steel plates, etc. The need for super high-rise buildings. In addition, there is a light steel structure system without heat bridge. The building itself is not energy-saving. This technology uses clever special connectors to solve the problem of cold and hot bridges in the building. The small truss structure allows cables and water pipes to pass through the wall. Construction Decoration is convenient.   Specifications: Material: specification: Length As customer's requirement Width As customer's requirement Height As customer's requirement Column H shaped,Q345 Beam H shaped,Q345 Purline C/Z shaped,Q235/Q345 Brace Round bar,Q235 Knee brace Steel angle,Q235 Tie bar Steel round tube,Q235 Roof panel single steel sheet /sandwich panel/UPVC Panel   Performance: 1. Strength: The strength index of steel is composed of elastic limit σe, yield limit σy, and tensile limit σu. The design is based on the yield strength of steel. High yield strength can reduce the weight of the structure, save steel, and reduce the cost. The tensile strength σu is the maximum stress that the steel can withstand before failure. At this time, the structure loses its performance due to large plastic deformation, but the structure is not deformed and does not collapse, which meets the requirements of the structure to resist the rare earthquake. ‘Σu / σy value can be regarded as the parameter of steel strength reserve. 2. Plasticity: The plasticity of steel generally refers to the property of having significant plastic deformation without breaking after the stress exceeds the yield point. The main indexes to measure the plastic deformation ability of steel are elongation δ and section shrinkage ψ. 3. Cold bending performance: The cold bending performance of steel is a measure of the resistance of steel to cracking when plastic deformation occurs at room temperature. The cold bending performance of the steel is to use the cold bending experiment to test the bending deformation performance of the steel under the specified bending degree. 4. Impact toughness: The impact toughness of steel refers to the ability of steel to absorb mechanical kinetic energy during fracture under the impact load. It is a mechanical property that measures the resistance of steel to impact load. It may cause brittle fracture due to low temperature and stress concentration. The impact toughness index of steel is generally obtained through the impact test of standard test pieces. 5. Welding performance: Welding performance of steel refers to welding joints with good performance under certain welding process conditions. Welding performance can be divided into welding performance and welding performance in the welding process. Welding performance in the welding process refers to the susceptibility of the welding seam and the metal near the welding seam to no thermal cracks or cooling shrinkage cracks during the welding process. Good welding performance means that under certain welding process conditions, the weld metal and the nearby base metal will not crack. The welding performance in terms of serviceability refers to the impact toughness and ductility of the heat affected zone at the weld seam. China adopts the welding performance test method in the welding process, and also adopts the welding performance test method in the nature of usability. 6. Durability: There are many factors that affect the durability of steel. The first is the poor corrosion resistance of steel, and protective measures must be taken to prevent steel corrosion and rust. Protective measures include: regular maintenance of steel paints, the use of galvanized steel, and the use of special protective measures in the presence of strong corrosive media such as acids, alkalis, and salts. The zinc ingot is fixed on the jacket, and the seawater electrolyte will automatically corrode the zinc ingot first, so as to achieve the function of protecting the steel jacket. Secondly, due to the high temperature and long-term load, the destruction strength of the steel is lower than that of the short-term strength. Therefore, the long-term high-temperature steel must be tested for long-term strength. The steel will automatically become hard and brittle over time, which is the phenomenon of "aging". The impact toughness of steel under low temperature load shall be tested.   Our company's steel structure products can meet various international standards such as Australian standard, New Zealand standard, British standard and American standard. Welcome your inquiry.

Multi - Storey Apartment Houses And Buildings Planning Design And Construction   Quick detail: Multi-storey apartment houses and buildings planning design and construction cost price by Chinese Builder Contractor Company 1. Materials advantage  1) Steel galvanized layer thickness: general area of the structure of the galvanized layer thickness of two sides is 180g/m2 (American Standard G60, single-side galvanized layer thickness of 13μM), strong corrosion area of not less than 270g/m2 (American Standard G90, single-side galvanized layer thickness of 20μM ) 2) Durability: steel structure residential housing can prolong life, structure life up to 100 years 3) Earthquake resistance: application to the seismic intensity of 9 degrees above the region 4) Designing usage steel weight: 25-35kg/m2 (construction area) 5) Floor load: 250kg/square Specification: Material: specification: Length As customer's requirement Width As customer's requirement Height As customer's requirement Column H shaped,Q345 Beam H shaped,Q345 Purline C/Z shaped,Q235/Q345 Brace Round bar,Q235 Knee brace Steel angle,Q235 Tie bar Steel round tube,Q235 Roof panel single steel sheet /sandwich panel/UPVC Panel Wall panel single steel sheet /sandwich panel/UPVC Panel Gutter 0.8mm steel sheet/1.2mm steel sheet/3mm steel sheet Rain Pipe DN110mm PVC rain pipe 2. Foundation system Prefabricated villa keel structure with strip foundation, because the building lightweight, force bearing layer requirements is not high, endurance of every square meter 8-13 tons can meet the requirements, the foundation is usually 600 to 800 feet wide, base width is 180-200mm, depth as the geological conditions and the winter of frozen soil layer depends on the thickness, depth to dig to no disturbance of soil, if backfill, follow the endurance requirements for backfilling, based on the depth should be over winter frozen layer thickness 3. Floor system Floor system of prefabricated villa is composed of cold-formed steel frame, beam, floor OSB structure board, supports, and connecting parts, materials used are oriented strand board, fiber cement board, and plywood, light floors can load 316-365 kg per square meter 4. Wall system Wall body of light steel structure is mainly composed of wall frame top beam, wall, wall bottom beam, wall support, wall panels and connecting components, prefabricated villa use inner transverse wall as bearing wall, wall column is C shaped light steel, wall thickness depend on the load, usually 0.84-2 mm, it is 400-600 mm between wall column spacing, light steel structure housing the wall structure arrangement, can effectively bear and transfer vertical loads and the arrangement is convenient, but the light steel structure house wall structure cannot bear horizontal loads 5. Flat roof system Prefabricated villa keel structure of flat roof has two forms, one is no parapet wall but with bar and another is with parapet wall OUR ADVANTAGES Why is it the best way to choose HONGFENG for you? 1. we have capabilities to custom fabricate to almost any requirements a customer may have. 2. Like everything we do at HONGFENG, we offer structural fabrications to the customer’s requirements, so the degree of strength and reinforcement is based upon your needs and specifications. 3. Our HONGFENG yearly sales revenue are pioneering in China structural steel industry, with plentiful of project experiences, most advanced production lines and equipments, as well as most competitive price which makes us prospect long time in steel structure design, detailing, fabrication and erection field. 4. Our honored workers also focus on every detail rangeing from steel construction,support systems for excavation works, bolt connections, structural anchor bolt construction, bracing of roof structures, weld connections and visual inspection of weld, tubular construction, fire protection, corrosion protection of steel work, steel fabrication, steel erection and site safety, to material and steel specifications etc. 5. From material purchase and tracing, planning compilation, drawing detailing, production arrangement, quality inspection, to on-going painting, packing and delivering, we have separated department to strictly control process, quality and traceability. Packaging & Delivery Packaging Detail: Seaworthy packings into container or bulk vessel. Delivery Detail: Based on client's needs. TECHNOLOGY R&D The company has over 1,200 employees of whom 206 are engineering technicians of all levels and all kinds and over 60 are state GradeⅠ, Grade Ⅱ registered structure engineers, builders and architects. The company has senior colleges and professional technology design organizations as the technology backup force and has established wide cooperation and R&D relations with such technology research institutes asZhejiang University, Northwestern Polytechnical University, Zhejiang Shuren University, etc. Welcome to visit our Group!