America Standard AWS D1.1D1.5 Fabricated Steel Structures Modular Bridges Truss Girder Our factory owns two large production base and the capacity of each one is around 30000-40000tons per year. there are many domestic/overseas projects under operation. Except ISO, we also have the certification of AWS D1.1, AWS D1.5 Bridge field specialized Certification, related tests/inspections have been done . "321"steel bailey bridge is a kind of rapid assembly bridge produced and researched based on the original British bailey truss bridge and combinated with China's national conditions. "321"type Bailey bridge is the most widely used aseembled bridge,it be used in national defense, transportation engineering, municipal water conservancy projects."321" type Bailey bridge feaures simple structure,convenient transportation,fast erection,large load, good interchangeability and strong adaptability.   *The bridge deck has a net width of 4.2M *The maximum net width of 7.35M. *The combined span is 9-69m   Jiangsu Jiuzhou Bridge Engineering Co.,Ltd.(shortly called as JBEC) lies in Huashan Village, Yaoqiao Town, New District of beautiful city-- Zhenjiang, Jiangsu Province. It covers an area of 80,000 square meters. The traffic is very convenient. It is 30 kilometers away from Changzhou Airport and five kilometers from Huning Motorway Entrance& Exit. By Train it is only 1 hour away from Shanghai, the largest city of China.   Prefabricated Steel Bailey Bridges are normally built on site from a pre-engineered system of ready-to-assemble components. Utilizing standardized prefabricated components, Bailey bridges can be built to match a wide range of vehicular bridging applications. Because of their excellent versatility and overall value, thousands of Bailey bridges have been installed throughout the world.   Most importantly, not like other companies, nearly all machining parts and mechanical accessories are manufactured in our own shop as we have so many wonderful machines and workers inside. In this way, the quality, cost and delivery time can be ensured which eliminates other exterior factors’ influence. Warmly welcome all friends and clients from International market to visit us.   Product Name America Standard AWS D1.1D1.5 Fabricated Steel Structures Modular Bridges Truss Girder Width 3.15-7 meters Maximum span 64meter single span and 200meter multi span Bridge deck Anti-slip steel decking floor,checkered steel plate etc Steel grade Q345B/Q355 (equivalent to ASTM A572) or custom required Loading capacity 20ton, 40ton truck etc, or HS20-44, HS25-44/Truck 20/HL-93 Corrosion Original coat paintIing or Hot dip galvanized Advantages Cost-effective and technical full analysis and supports Applications   Road Bridges· Pedestrian Bridges · Railway Bridges · Steel Truss Bridge · Beam Bridges · Steel Bailey bridge · Structural Steel Box Bridge Highway Bridges · Composite Beam Bridge · Cable-Stayed Bridge · Floating Bridge etc.       Finally we would like to emphasize that not like other companies, nearly all machining parts and mechanical accessories are manufactured in our own shop as we have so many wonderful machines and workers inside. In this way, the quality, cost and delivery time can be ensured which eliminates other exterior factors’ influence. Warmly welcome all friends and clients from International market to visit us!

Waterproof steel carport shed PVDF/PTFE tensile membrane structure car parking shade PVDF membrane structure material used in membrane structure construction is a kind of film material with good strength and flexibility. It is made of fiber woven into fabric substrate and processed with resin as coating material on both sides of the substrate.The fixed material, the central fabric substrate is divided into polyester fiber and glass fiber, and the resin used as the coating material is polyvinyl chloride resin (PVC), silicone and polytetra fluoroethylene resin (PTFE). In terms of mechanics, the fabric substrate and the coating material respectively have the following functional properties.   Fabric substrate - tensile strength, tear strength, heat resistance, durability, fire resistance. Coating material - weather resistance, antifouling, processability, water resistance, resistance to products, light transmission.   Product Name Carport Tent Size Customized Color Customized Application Shed Cover Material PVDF Building Membrane Frame Material GB Q235 Steel Connector Strong hot-dip galvanized steel Wind load Max. 120km/h (can be reinforced) Snow load 75kg/sqm Farbric Thickness 0.83±0.02mm Weight of Fabric(g/㎡) 1050g/㎡ Yarn Count(yarn/cm) 12/12 yarn/cm Tear Strength 520-580N(DIN53363) Tensile Strength 5000-5500N(DIN53354) Temperature Resistance -30℃ - +70℃ Life Span 15 Years       PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies   Advantages of FAMOUS's Car Parking Shades & Canopies Fabrics: 1. Aesthetically Pleasing 2. Easy to Maintenance 3. Long Life 4. High Tear Strength 5. Flame Retardant 6. UV Resistant 7. Ease of Welding- can be formed in any shape and size 8. 100% Recyclable   Applications: 1. Car Parking Shades 2. Front fascia canopy 3. Classic sun sails 4. Winter garden shading 5. Sun blinds or area curtains 6. Gastronomy umbrellas 7. Sun Umbrellas 8. Market Umbrellas And so on…     Packaging Details 1) Steel frames are packed in air bubble film. 2) Roof materials are packed in PVC carry bag. 3) Other small parts are packed in box. 4) Or on your requests.

Outdoor Steel Membrane Structure Parking Shelter Modern Free Standing Cantilever Awning Single Slope Roof Design The membrane structure is a new type of architectural structure with a beautiful surface and a dynamic appearance.Shades are required for car parking to protect the cars from not only the elements like sun, wind and water etc but also from bird droppings, dust, dirt etc. Tensile Car Park Shades provides all these function whilst not being eye sore i.e. they are aesthetically pleasing. FAMOUS's PVDF coated fabrics for car parking shades gives good aesthetic look to the structure, have a long life, easy to clean and are treated to be resistant to fungus, mildew, bacteria etc. Components: Top of the tent: Generally speaking, the material on the top of our hotel tent is 1050 grams of PVDF. If the size of the tent is relatively large, 1100 grams of PVDF will sometimes be . In addition, the materials should be based on the local geography. The color of the film can be customized, and the white PVDF is generally . Skeleton: Our skeletons are all supported by Q235 steel structure. Because the building membrane PVDF on the top of the tent is heavy, the tension is very strong and steel structure must be .   Product Name Membrane Structure Parking Awning Service Provide Professional Membrane Structure Solutions OEM Item Size, color, shape, material are all acceptable. Size Customized Membrane Material PTFE/PVC/PVDF/ETFE/Customized Color White/Customized Color Frame Material Q235 steel/Q345 steel Date of Delivery 10 days, according to the project Application Parking Car She/Hotel/Landscape shed/Stadium/Swimming Pool/Toll Station/Traffic Hub/Shard Space/Sewage Pond/Other Feature 1). Excellent fire resisirance, high temperature resistance, which meets the high requirements of fire protection. 2). High security. It has good seismic performance because of its light weight flexible structure and Larger deform-ability. 3). Good transmittance. The film has excellent anti ultraviolet and anti-aging properties. The surface of membrane is smooth and elastic, so the dust is hard to penetrate. After scouring, it will restore its original clean surface. 4). Low energy consumption ,long lifespan ,heat insulation ,good self-cleaning properties ,production period is short.     PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies   Advantages of FAMOUS's Car Parking Shades & Canopies Fabrics: 1. Aesthetically Pleasing 2. Easy to Maintenance 3. Long Life 4. High Tear Strength 5. Flame Retardant 6. UV Resistant 7. Ease of Welding- can be formed in any shape and size 8. 100% Recyclable   Applications: 1. Car Parking Shades 2. Front fascia canopy 3. Classic sun sails 4. Winter garden shading 5. Sun blinds or area curtains 6. Gastronomy umbrellas 7. Sun Umbrellas 8. Market Umbrellas And so on…     Packaging Details 1) Steel frames are packed in air bubble film. 2) Roof materials are packed in PVC carry bag. 3) Other small parts are packed in box. 4) Or on your requests.

Metal Tensile Membrane Roofing Shed PVDF Sail Material Steel Sembrane Structure Car Parking Prefab Garage The membrane structure is a new type of architectural structure with a beautiful surface and a dynamic appearance.Shades are required for car parking to protect the cars from not only the elements like sun, wind and water etc but also from bird droppings, dust, dirt etc. Tensile Car Park Shades provides all these function whilst not being eye sore i.e. they are aesthetically pleasing. FAMOUS's PVDF coated fabrics for car parking shades gives good aesthetic look to the structure, have a long life, easy to clean and are treated to be resistant to fungus, mildew, bacteria etc. Components: Top of the tent: Generally speaking, the material on the top of our hotel tent is 1050 grams of PVDF. If the size of the tent is relatively large, 1100 grams of PVDF will sometimes be . In addition, the materials should be based on the local geography. The color of the film can be customized, and the white PVDF is generally . Skeleton: Our skeletons are all supported by Q235 steel structure. Because the building membrane PVDF on the top of the tent is heavy, the tension is very strong and steel structure must be .   Item Name Steel membrane structure parking shed Frame Material Hot Galvanized Steel Tube,Q235, 6-14(mm) Roof cover 1100g/sqm PVDF Color Milky white MOQ 20 sqm Ground Situation Grassland,earth land,asphalt,cement ground,marble,etc. Fixing Solution Ground anchor, expandable bolt, weight plate, etc. Features UV Resistant, Waterproof, Self-cleaning, Fire Retardant (DIN4102, B1, M2, CFM) Wind Load Max.100km/h (can be reinforced) Tensile Strength 4000 or more Snow Load 85kg/Sqm Temperature Index -70 Degree Celsius to ~ +70 Degree Celsius Waterproof Index >3000mm Certification ISO/SGS/CE/TUV/BV/IFAI Use Range Parking area Service Life More Than 20 Years transmission 20% Membrane parameters Base fabric High strength low yarn polyester yarn, DIN EN 60001 Titer of yam(denier) 1300D, DIN EN ISO 2026 Yam Count(yam/cm) 12/12yan/cm, DIN EN 1049-2 Weave styie Woven cloth P2/2, DIN ISO 9354 Weight op base fabric(g/㎡) 360g/㎡, DIN EN 12127 Total weight(g/㎡) 1250g/㎡, DIN EN LSO 2286-2 Total thickness(mm) 0.82mm Tensile strength(N/5cm) 5300/5000N/5cm, DIN 53354 Tear strength(N) 800/700, DIN 53363 Adhesion(N/5cm) >130N/5cm, DIN 53357 Threshold temperature +70°C -30°C, DIN EN 1876-2 Surface treatment PVDF Flame retardancy DIN4102B1, GB8624B1     PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies   Advantages of FAMOUS's Car Parking Shades & Canopies Fabrics: 1. Aesthetically Pleasing 2. Easy to Maintenance 3. Long Life 4. High Tear Strength 5. Flame Retardant 6. UV Resistant 7. Ease of Welding- can be formed in any shape and size 8. 100% Recyclable   Applications: 1. Car Parking Shades 2. Front fascia canopy 3. Classic sun sails 4. Winter garden shading 5. Sun blinds or area curtains 6. Gastronomy umbrellas 7. Sun Umbrellas 8. Market Umbrellas And so on…  

Metal Tensile Membrane Roofing Shed PVDF Sail Material Steel Sembrane Structure Car Parking Prefab Garage The membrane structure is a new type of architectural structure with a beautiful surface and a dynamic appearance.Shades are required for car parking to protect the cars from not only the elements like sun, wind and water etc but also from bird droppings, dust, dirt etc. Tensile Car Park Shades provides all these function whilst not being eye sore i.e. they are aesthetically pleasing. FAMOUS's PVDF coated fabrics for car parking shades gives good aesthetic look to the structure, have a long life, easy to clean and are treated to be resistant to fungus, mildew, bacteria etc. Components: Top of the tent: Generally speaking, the material on the top of our hotel tent is 1050 grams of PVDF. If the size of the tent is relatively large, 1100 grams of PVDF will sometimes be . In addition, the materials should be based on the local geography. The color of the film can be customized, and the white PVDF is generally . Skeleton: Our skeletons are all supported by Q235 steel structure. Because the building membrane PVDF on the top of the tent is heavy, the tension is very strong and steel structure must be .   Item Name Steel membrane structure parking shed Frame Material Hot Galvanized Steel Tube,Q235, 6-14(mm) Roof cover 1100g/sqm PVDF Color Milky white MOQ 20 sqm Ground Situation Grassland,earth land,asphalt,cement ground,marble,etc. Fixing Solution Ground anchor, expandable bolt, weight plate, etc. Features UV Resistant, Waterproof, Self-cleaning, Fire Retardant (DIN4102, B1, M2, CFM) Wind Load Max.100km/h (can be reinforced) Tensile Strength 4000 or more Snow Load 85kg/Sqm Temperature Index -70 Degree Celsius to ~ +70 Degree Celsius Waterproof Index >3000mm Certification ISO/SGS/CE/TUV/BV/IFAI Use Range Parking area Service Life More Than 20 Years transmission 20% Membrane parameters Base fabric High strength low yarn polyester yarn, DIN EN 60001 Titer of yam(denier) 1300D, DIN EN ISO 2026 Yam Count(yam/cm) 12/12yan/cm, DIN EN 1049-2 Weave styie Woven cloth P2/2, DIN ISO 9354 Weight op base fabric(g/㎡) 360g/㎡, DIN EN 12127 Total weight(g/㎡) 1250g/㎡, DIN EN LSO 2286-2 Total thickness(mm) 0.82mm Tensile strength(N/5cm) 5300/5000N/5cm, DIN 53354 Tear strength(N) 800/700, DIN 53363 Adhesion(N/5cm) >130N/5cm, DIN 53357 Threshold temperature +70°C -30°C, DIN EN 1876-2 Surface treatment PVDF Flame retardancy DIN4102B1, GB8624B1     PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies PVDF Coated Fabrics Car Parking Shades, Awnings & Canopies   Advantages of FAMOUS's Car Parking Shades & Canopies Fabrics: 1. Aesthetically Pleasing 2. Easy to Maintenance 3. Long Life 4. High Tear Strength 5. Flame Retardant 6. UV Resistant 7. Ease of Welding- can be formed in any shape and size 8. 100% Recyclable   Applications: 1. Car Parking Shades 2. Front fascia canopy 3. Classic sun sails 4. Winter garden shading 5. Sun blinds or area curtains 6. Gastronomy umbrellas 7. Sun Umbrellas 8. Market Umbrellas And so on…  

AS/NZS1554 Australia Standard Certified Fabricated Structural Steel Contractor Steel structure is a structure composed of steel materials, which is one of the main types of building structures. The structure is mainly composed of beams, steel columns, steel trusses and other components made of profiled steel and steel plates. It adopts silanization, pure manganese phosphating, washing and drying, galvanizing and other rust removal and rust prevention processes. Components or parts are usually connected by welding, bolts or rivets. Because of its light weight and easy construction, it is widely used in large-scale factory buildings, stadiums, and super high-rise areas. Steel structures are susceptible to corrosion. Generally, steel structures need to be derusted, galvanized or painted, and regularly maintained.   Steel is characterized by high strength, light weight, good overall rigidity, and strong resistance to deformation. Therefore, it is particularly suitable for the construction of large-span, ultra-high, and super-heavy buildings; the material has good homogeneity and isotropy, which is ideal elasticity Material, which best meets the basic assumptions of general engineering mechanics; the material has good plasticity and toughness, can have large deformation, and can withstand dynamic loads well; the construction period is short; it has a high degree of industrialization, and can be specialized in production with a high degree of mechanization.   For steel structures, high-strength steels should be studied to greatly increase their yield point strength. In addition, new types of steels, such as H-shaped steel (also known as wide-flange steel) and T-shaped steel, as well as profiled steel plates, are rolled to adapt to large-span structures and The need for super high-rise buildings.   In addition, there is a heat-resistant bridge light steel structure system. The building itself is not energy-efficient. 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 for construction. Decoration is convenient.   Advantage: The steel component system has the comprehensive advantages of light weight, factory-made manufacturing, fast installation, short construction cycle, good seismic performance, fast investment recovery, and less environmental pollution. Compared with reinforced concrete structures, it has more The unique advantages of the three aspects of development, in the global scope, especially in developed countries and regions, steel components have been reasonably and widely used in the field of construction engineering.   Carrying capacity: Practice has shown that the greater the force, the greater the deformation of the steel member. However, when the force is too large, the steel members will fracture or severe and significant plastic deformation, which will affect the normal work of the engineering structure. In order to ensure the normal working of engineering materials and structures under load, it is required that each steel member should have sufficient load-bearing capacity, also known as bearing capacity. The bearing capacity is mainly measured by the sufficient strength, stiffness and stability of the steel member.   Sufficient strength Strength refers to the ability of a steel component to resist damage (fracture or permanent deformation). That is to say, no yield failure or fracture failure occurs under the load, and the ability to work safely and reliably is guaranteed. Strength is a basic requirement that all load-bearing members must meet, so it is also the focus of learning.   Sufficient stiffness Stiffness refers to the ability of a steel member to resist deformation. If the steel member undergoes excessive deformation after being stressed, it will not work properly even if it has not been damaged. Therefore, the steel member must have sufficient stiffness, that is, no stiffness failure is allowed. Stiffness requirements are different for different types of components, and relevant standards and specifications should be consulted when applying.   Stability Stability refers to the ability of a steel component to maintain its original equilibrium form (state) under the action of an external force. The loss of stability is the phenomenon that the steel member suddenly changes the original equilibrium form when the pressure increases to a certain degree, which is referred to as instability. Some compressed thin-walled members may also suddenly change their original equilibrium form and become unstable. Therefore, these steel components should be required to have the ability to maintain their original equilibrium form, that is, have sufficient stability to ensure that they will not be unstable and damaged under the specified conditions of use. The instability of the pressure bar generally occurs suddenly and is very destructive, so the pressure bar must have sufficient stability. In summary, in order to ensure the safe and reliable working of steel members, members must have sufficient bearing capacity, that is, have sufficient strength, stiffness and stability, which are the three basic requirements for ensuring the safe work of components.   Metal fabrication is the creation of metal structures by cutting, bending, and assembling processes. It is a value-added process involving the creation of machines, parts, and structures from various raw materials.   Metal fabrication usually starts with drawings with precise dimensions and specifications. Fabrication shops are employed by contractors, OEMs and VARs. Typical projects include loose parts, structural frames for buildings and heavy equipment, and stairs and hand railings.   Specification: 1 Main steel structure H section steel structure 2 Steel surface treatment painting or galvanized 3 Bracing angle steel, belt bar, steel bar, etc. 4 Wall and roof panel EPS, rock wool, fiber glass, PU sandwich panel or one layer corrugated steel plate 5 Bolts anchor bolts, intensive bolts, commen bolts 6 Purlin C section, Z section purlin in different size 7 Edge cover Made of color steel plate 8 Gutter and down pipe Gutter made of color steel plate or galvanization plate, PVC down pipe 9 Crane Crane to lift 2 ton to 10 ton 10 Door Sliding door, rolling door, lift door, etc. 11 Window PVC window, aluminium window, steel window, etc. 12 Accessories Nails, sealing glue, gasket, etc.   The Quality of Structural Steel There are many different choices when it comes to structural steel. The lower the carbon content in the steel that is chosen determines the ease of welding. Lower carbon content equals a faster rate of production on construction projects, but it can also make the material more difficult to work with. FAMOUS is able to offer structural steel solutions that are both efficiently made and highly effective. We will work for you to determine the perfect type of structural steel for your project. The processes used to design structural steel can change the cost. However, structural steel is a cost effective material when used properly. Steel is an excellent, highly-sustainable material, but it is far more effective in the hands of experienced and well-educated engineers who understand its properties and potential benefits. Overall, steel holds a huge number of advantages to contractors and others who intended to utilize it for industrial applications. Experts have found that even reinforcing older buildings with new welding processes can significantly improve the strength of the building. Imagine the benefits of using expertly welded structural steel from the start for you construction project. Then contact FAMOUS for all of your structural steel welding and fabrication needs.

AWS D1.1/1.5 America Standard Certificate Fabricated Structural Steel Construction Steel structure is a structure composed of steel materials, which is one of the main types of building structures. The structure is mainly composed of beams, steel columns, steel trusses and other components made of profiled steel and steel plates. It adopts silanization, pure manganese phosphating, washing and drying, galvanizing and other rust removal and rust prevention processes. Components or parts are usually connected by welding, bolts or rivets. Because of its light weight and easy construction, it is widely used in large-scale factory buildings, stadiums, and super high-rise areas. Steel structures are susceptible to corrosion. Generally, steel structures need to be derusted, galvanized or painted, and regularly maintained.   Steel is characterized by high strength, light weight, good overall rigidity, and strong resistance to deformation. Therefore, it is particularly suitable for the construction of large-span, ultra-high, and super-heavy buildings; the material has good homogeneity and isotropy, which is ideal elasticity Material, which best meets the basic assumptions of general engineering mechanics; the material has good plasticity and toughness, can have large deformation, and can withstand dynamic loads well; the construction period is short; it has a high degree of industrialization, and can be specialized in production with a high degree of mechanization.   For steel structures, high-strength steels should be studied to greatly increase their yield point strength. In addition, new types of steels, such as H-shaped steel (also known as wide-flange steel) and T-shaped steel, as well as profiled steel plates, are rolled to adapt to large-span structures and The need for super high-rise buildings.   In addition, there is a heat-resistant bridge light steel structure system. The building itself is not energy-efficient. 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 for construction. Decoration is convenient.   Advantage: The steel component system has the comprehensive advantages of light weight, factory-made manufacturing, fast installation, short construction cycle, good seismic performance, fast investment recovery, and less environmental pollution. Compared with reinforced concrete structures, it has more The unique advantages of the three aspects of development, in the global scope, especially in developed countries and regions, steel components have been reasonably and widely used in the field of construction engineering.   Carrying capacity: Practice has shown that the greater the force, the greater the deformation of the steel member. However, when the force is too large, the steel members will fracture or severe and significant plastic deformation, which will affect the normal work of the engineering structure. In order to ensure the normal working of engineering materials and structures under load, it is required that each steel member should have sufficient load-bearing capacity, also known as bearing capacity. The bearing capacity is mainly measured by the sufficient strength, stiffness and stability of the steel member.   Sufficient strength Strength refers to the ability of a steel component to resist damage (fracture or permanent deformation). That is to say, no yield failure or fracture failure occurs under the load, and the ability to work safely and reliably is guaranteed. Strength is a basic requirement that all load-bearing members must meet, so it is also the focus of learning.   Sufficient stiffness Stiffness refers to the ability of a steel member to resist deformation. If the steel member undergoes excessive deformation after being stressed, it will not work properly even if it has not been damaged. Therefore, the steel member must have sufficient stiffness, that is, no stiffness failure is allowed. Stiffness requirements are different for different types of components, and relevant standards and specifications should be consulted when applying.   Stability Stability refers to the ability of a steel component to maintain its original equilibrium form (state) under the action of an external force. The loss of stability is the phenomenon that the steel member suddenly changes the original equilibrium form when the pressure increases to a certain degree, which is referred to as instability. Some compressed thin-walled members may also suddenly change their original equilibrium form and become unstable. Therefore, these steel components should be required to have the ability to maintain their original equilibrium form, that is, have sufficient stability to ensure that they will not be unstable and damaged under the specified conditions of use. The instability of the pressure bar generally occurs suddenly and is very destructive, so the pressure bar must have sufficient stability. In summary, in order to ensure the safe and reliable working of steel members, members must have sufficient bearing capacity, that is, have sufficient strength, stiffness and stability, which are the three basic requirements for ensuring the safe work of components.   Metal fabrication is the creation of metal structures by cutting, bending, and assembling processes. It is a value-added process involving the creation of machines, parts, and structures from various raw materials.   Metal fabrication usually starts with drawings with precise dimensions and specifications. Fabrication shops are employed by contractors, OEMs and VARs. Typical projects include loose parts, structural frames for buildings and heavy equipment, and stairs and hand railings.   Specification: 1 Main steel structure H section steel structure 2 Steel surface treatment painting or galvanized 3 Bracing angle steel, belt bar, steel bar, etc. 4 Wall and roof panel EPS, rock wool, fiber glass, PU sandwich panel or one layer corrugated steel plate 5 Bolts anchor bolts, intensive bolts, commen bolts 6 Purlin C section, Z section purlin in different size 7 Edge cover Made of color steel plate 8 Gutter and down pipe Gutter made of color steel plate or galvanization plate, PVC down pipe 9 Crane Crane to lift 2 ton to 10 ton 10 Door Sliding door, rolling door, lift door, etc. 11 Window PVC window, aluminium window, steel window, etc. 12 Accessories Nails, sealing glue, gasket, etc.   The Quality of Structural Steel There are many different choices when it comes to structural steel. The lower the carbon content in the steel that is chosen determines the ease of welding. Lower carbon content equals a faster rate of production on construction projects, but it can also make the material more difficult to work with. FAMOUS is able to offer structural steel solutions that are both efficiently made and highly effective. We will work for you to determine the perfect type of structural steel for your project. The processes used to design structural steel can change the cost. However, structural steel is a cost effective material when used properly. Steel is an excellent, highly-sustainable material, but it is far more effective in the hands of experienced and well-educated engineers who understand its properties and potential benefits. Overall, steel holds a huge number of advantages to contractors and others who intended to utilize it for industrial applications. Experts have found that even reinforcing older buildings with new welding processes can significantly improve the strength of the building. Imagine the benefits of using expertly welded structural steel from the start for you construction project. Then contact FAMOUS for all of your structural steel welding and fabrication needs.

British EN1090-2 Europe Standard Registered Structural Steelworks Fabricator Steel structure is a structure composed of steel materials, which is one of the main types of building structures. The structure is mainly composed of beams, steel columns, steel trusses and other components made of profiled steel and steel plates. It adopts silanization, pure manganese phosphating, washing and drying, galvanizing and other rust removal and rust prevention processes. Components or parts are usually connected by welding, bolts or rivets. Because of its light weight and easy construction, it is widely used in large-scale factory buildings, stadiums, and super high-rise areas. Steel structures are susceptible to corrosion. Generally, steel structures need to be derusted, galvanized or painted, and regularly maintained.   Steel is characterized by high strength, light weight, good overall rigidity, and strong resistance to deformation. Therefore, it is particularly suitable for the construction of large-span, ultra-high, and super-heavy buildings; the material has good homogeneity and isotropy, which is ideal elasticity Material, which best meets the basic assumptions of general engineering mechanics; the material has good plasticity and toughness, can have large deformation, and can withstand dynamic loads well; the construction period is short; it has a high degree of industrialization, and can be specialized in production with a high degree of mechanization.   For steel structures, high-strength steels should be studied to greatly increase their yield point strength. In addition, new types of steels, such as H-shaped steel (also known as wide-flange steel) and T-shaped steel, as well as profiled steel plates, are rolled to adapt to large-span structures and The need for super high-rise buildings.   In addition, there is a heat-resistant bridge light steel structure system. The building itself is not energy-efficient. 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 for construction. Decoration is convenient.   Advantage: The steel component system has the comprehensive advantages of light weight, factory-made manufacturing, fast installation, short construction cycle, good seismic performance, fast investment recovery, and less environmental pollution. Compared with reinforced concrete structures, it has more The unique advantages of the three aspects of development, in the global scope, especially in developed countries and regions, steel components have been reasonably and widely used in the field of construction engineering.   Carrying capacity: Practice has shown that the greater the force, the greater the deformation of the steel member. However, when the force is too large, the steel members will fracture or severe and significant plastic deformation, which will affect the normal work of the engineering structure. In order to ensure the normal working of engineering materials and structures under load, it is required that each steel member should have sufficient load-bearing capacity, also known as bearing capacity. The bearing capacity is mainly measured by the sufficient strength, stiffness and stability of the steel member.   Sufficient strength Strength refers to the ability of a steel component to resist damage (fracture or permanent deformation). That is to say, no yield failure or fracture failure occurs under the load, and the ability to work safely and reliably is guaranteed. Strength is a basic requirement that all load-bearing members must meet, so it is also the focus of learning.   Sufficient stiffness Stiffness refers to the ability of a steel member to resist deformation. If the steel member undergoes excessive deformation after being stressed, it will not work properly even if it has not been damaged. Therefore, the steel member must have sufficient stiffness, that is, no stiffness failure is allowed. Stiffness requirements are different for different types of components, and relevant standards and specifications should be consulted when applying.   Stability Stability refers to the ability of a steel component to maintain its original equilibrium form (state) under the action of an external force. The loss of stability is the phenomenon that the steel member suddenly changes the original equilibrium form when the pressure increases to a certain degree, which is referred to as instability. Some compressed thin-walled members may also suddenly change their original equilibrium form and become unstable. Therefore, these steel components should be required to have the ability to maintain their original equilibrium form, that is, have sufficient stability to ensure that they will not be unstable and damaged under the specified conditions of use. The instability of the pressure bar generally occurs suddenly and is very destructive, so the pressure bar must have sufficient stability. In summary, in order to ensure the safe and reliable working of steel members, members must have sufficient bearing capacity, that is, have sufficient strength, stiffness and stability, which are the three basic requirements for ensuring the safe work of components.   Metal fabrication is the creation of metal structures by cutting, bending, and assembling processes. It is a value-added process involving the creation of machines, parts, and structures from various raw materials.   Metal fabrication usually starts with drawings with precise dimensions and specifications. Fabrication shops are employed by contractors, OEMs and VARs. Typical projects include loose parts, structural frames for buildings and heavy equipment, and stairs and hand railings.   Specification: 1 Main steel structure H section steel structure 2 Steel surface treatment painting or galvanized 3 Bracing angle steel, belt bar, steel bar, etc. 4 Wall and roof panel EPS, rock wool, fiber glass, PU sandwich panel or one layer corrugated steel plate 5 Bolts anchor bolts, intensive bolts, commen bolts 6 Purlin C section, Z section purlin in different size 7 Edge cover Made of color steel plate 8 Gutter and down pipe Gutter made of color steel plate or galvanization plate, PVC down pipe 9 Crane Crane to lift 2 ton to 10 ton 10 Door Sliding door, rolling door, lift door, etc. 11 Window PVC window, aluminium window, steel window, etc. 12 Accessories Nails, sealing glue, gasket, etc.   The Quality of Structural Steel There are many different choices when it comes to structural steel. The lower the carbon content in the steel that is chosen determines the ease of welding. Lower carbon content equals a faster rate of production on construction projects, but it can also make the material more difficult to work with. FAMOUS is able to offer structural steel solutions that are both efficiently made and highly effective. We will work for you to determine the perfect type of structural steel for your project. The processes used to design structural steel can change the cost. However, structural steel is a cost effective material when used properly. Steel is an excellent, highly-sustainable material, but it is far more effective in the hands of experienced and well-educated engineers who understand its properties and potential benefits. Overall, steel holds a huge number of advantages to contractors and others who intended to utilize it for industrial applications. Experts have found that even reinforcing older buildings with new welding processes can significantly improve the strength of the building. Imagine the benefits of using expertly welded structural steel from the start for you construction project. Then contact FAMOUS for all of your structural steel welding and fabrication needs.

Europe USA Standard Corten Steel Plate Made Paint Free Structural Steel Bridge For Weather Resistance Weather-resistant structural steel is atmospheric corrosion-resistant steel, which belongs to low-alloy high-strength structural steel. According to its main characteristics, it is divided into high weather-resistant structural steel and weather-resistant steel for welded structure. Weathering steel is a series of low-alloy steel between ordinary steel and stainless steel, and a series of low-alloy steel between ordinary steel and stainless steel, with low cost and good quality. Classification: 1. High weathering steel High weather resistance structural steel is to add a small amount of copper, phosphorus, chromium, and nickel elements to the steel to form a protective layer on the surface of the metal collective to improve the performance of the steel against atmospheric corrosion. You can also add a small amount of molybdenum, niobium, Elements such as vanadium, titanium and zirconium can refine the grains, improve the mechanical properties of steel, improve the strength and toughness of steel, reduce the brittle transition temperature, and make it have better resistance to brittle fracture. 2. Weathering steel for welding structure The elements added to the steel grade, except for phosphorus, are basically the same as high weather resistance structural steels, and their functions are the same and improve welding performance. Features: Weathering steel has the characteristics of toughness, plastic stretching, forming, welding and cutting, wear resistance, high temperature resistance and fatigue resistance of high-quality steel; weather resistance is 2-8 times that of ordinary carbon steel, and the coating performance is 1.5 of ordinary carbon steel. -10 times, the coating performance is 1.5-10 times that of ordinary carbon steel, can be used for thin coating, bare coating or simplified coating. This steel has the characteristics of anti-rust, corrosion resistance, extended life, thinning and consumption reduction, labor-saving and energy-saving, which benefits component manufacturers and users. Weathering steel has better corrosion resistance in the atmosphere. Weathering steel can be thinned, exposed or simply painted. The steel system with corrosion resistance, life extension, labor saving, consumption reduction and upgrade is also a new mechanism, new technology and new process that can be integrated into modern metallurgy, so that it can continue to develop and innovate. Steel system. Advantages: Weathering steel is made of ordinary carbon steel with a small amount of corrosion-resistant elements such as copper and nickel. It has the characteristics of steel strength, ductility, forming, welding, abrasion, high temperature, fatigue, etc.; weather resistance is 2~8 of ordinary carbon steel The coating performance is 1.5~10 times that of ordinary carbon steel, which can be used in thinner, bare or simplified coating. The steel has the characteristics of rust resistance, corrosion resistance and longevity of components, thinning and consumption reduction, and labor-saving and energy-saving characteristics, which benefit component manufacturers and users. Application: The use of high weather resistance structural steel is better than weather resistance steel for welded structure because of its atmospheric corrosion resistance. It is mainly used for bolting, riveting and welding structural parts for vehicles, containers, buildings, towers and other structures. When used as welded structural parts, the thickness of the steel should not be greater than 16mm. The welding performance of weathering steel for welded structure is better than that of high weathering steel, and it is mainly used for welded structural parts for bridges, buildings and other structures.

Q355NHD Weather Resistance Steel Plate Assembled Steel Structure Truss Bridge Main Girder Weather-resistant structural steel is atmospheric corrosion-resistant steel, which belongs to low-alloy high-strength structural steel. According to its main characteristics, it is divided into high weather-resistant structural steel and weather-resistant steel for welded structure. Weathering steel is a series of low-alloy steel between ordinary steel and stainless steel, and a series of low-alloy steel between ordinary steel and stainless steel, with low cost and good quality. Classification: 1. High weathering steel High weather resistance structural steel is to add a small amount of copper, phosphorus, chromium, and nickel elements to the steel to form a protective layer on the surface of the metal collective to improve the performance of the steel against atmospheric corrosion. You can also add a small amount of molybdenum, niobium, Elements such as vanadium, titanium and zirconium can refine the grains, improve the mechanical properties of steel, improve the strength and toughness of steel, reduce the brittle transition temperature, and make it have better resistance to brittle fracture. 2. Weathering steel for welding structure The elements added to the steel grade, except for phosphorus, are basically the same as high weather resistance structural steels, and their functions are the same and improve welding performance. Features: Weathering steel has the characteristics of toughness, plastic stretching, forming, welding and cutting, wear resistance, high temperature resistance and fatigue resistance of high-quality steel; weather resistance is 2-8 times that of ordinary carbon steel, and the coating performance is 1.5 of ordinary carbon steel. -10 times, the coating performance is 1.5-10 times that of ordinary carbon steel, can be used for thin coating, bare coating or simplified coating. This steel has the characteristics of anti-rust, corrosion resistance, extended life, thinning and consumption reduction, labor-saving and energy-saving, which benefits component manufacturers and users. Weathering steel has better corrosion resistance in the atmosphere. Weathering steel can be thinned, exposed or simply painted. The steel system with corrosion resistance, life extension, labor saving, consumption reduction and upgrade is also a new mechanism, new technology and new process that can be integrated into modern metallurgy, so that it can continue to develop and innovate. Steel system. Advantages: Weathering steel is made of ordinary carbon steel with a small amount of corrosion-resistant elements such as copper and nickel. It has the characteristics of steel strength, ductility, forming, welding, abrasion, high temperature, fatigue, etc.; weather resistance is 2~8 of ordinary carbon steel The coating performance is 1.5~10 times that of ordinary carbon steel, which can be used in thinner, bare or simplified coating. The steel has the characteristics of rust resistance, corrosion resistance and longevity of components, thinning and consumption reduction, and labor-saving and energy-saving characteristics, which benefit component manufacturers and users. Application: The use of high weather resistance structural steel is better than weather resistance steel for welded structure because of its atmospheric corrosion resistance. It is mainly used for bolting, riveting and welding structural parts for vehicles, containers, buildings, towers and other structures. When used as welded structural parts, the thickness of the steel should not be greater than 16mm. The welding performance of weathering steel for welded structure is better than that of high weathering steel, and it is mainly used for welded structural parts for bridges, buildings and other structures.

Custom Tension Fabric Structural Carport Menbrane Stadium Airport US-EU Australia Standard Membrane structure is a structural system that combines building and structure. It uses high-strength flexible film materials and auxiliary structures to generate a certain pre-tensioning stress inside in a certain way, and form a certain spatial shape under stress control as a covering structure Or the main body of the building, and has enough rigidity to resist the action of external load, a narrow structure type.   Membrane structure is a new type of architectural structure developed in the middle of the 20th century. It breaks the model of pure linear architectural style. With its unique beautiful curved shape, the combination of simplicity, liveliness, rigidity and softness, strength and beauty gives people The refreshing feeling also provides the architect with greater imagination and creative space. Membrane structure has a strong sense of the times and representativeness. It is a multidisciplinary cross-application engineering integrating architecture, structural mechanics, fine chemical engineering, material science, and computer technology. It has high technical content and artistic appeal. Its curved surface It can be changed arbitrarily with the architect's design needs. Combined with the overall environment, a landmark image project has been constructed, with strong practicability and a wide range of applications. It can be applied to large-scale public facilities, such as the roof system of stadiums, airport halls, exhibition centers, shopping centers, parking lots, platform facilities, etc. It can also be applied to leisure facilities, industrial facilities, entrance corridors, landmark or landscape buildings, sketches, etc. Specifications: Item Specification Application Sports area, outdoor shade, permanent tent, swimming pool cover OEM Item Size, color, shape, material are all acceptable. Membrane TypeApplication 100% polyester base fabric, optional PTFE or PVDF ,ETFE coated Support Frame GB Q235 steel or galvanized steel Color Optional, such as white, red, grey, yellow, blue, green, etc. Warranty Under normal circumstances: frame:one year, membrane material:10-20 years OEM case: could be extended according to customer requirements Advantages of Tensile Membrane Structures 1.Flexible Design Aesthetics Virtually unlimited designs of distinctive elegant forms can be realized because of the unique flexible characteristics of architectural membrane. Also, fewer support columns create more functional, aesthetically pleasing spaces. 2.Outstanding Translucenncy In daylight, the membrane's translucency offers soft diffused naturally lit spaces reducing interior lighting costs. At night, the artificial lighting creates an ambient exterior luminescence. 3.Shortened Construction Schedules Incorporating the most modern construction techniques, large fabricated membrane panels can be installed quickly to shorten installation schedules. Likewise, fabric removal can be accomplished easily. 4.Cost Beneifits Lightweight structures can be a more cost effective solution than traditional building materials offering building owners reduced costs. Materials, such as photo-catalytic membranes, can help prevent temperature rise as well as reduce maintenance costs due to their self-cleaning properties. 5.Long Span Structures Lightweight membrane is a cost-effective solution that requires less structural steel to support the roof, enabling long spans of column-free space. 6.Earthquake Resistant Lightweight tensile membrane structures bear less building load than traditional roofing materials and the membrane's elasticity offers further earthquake resistance. Classification: The architectural structure of the membrane structure is colorful and ever-changing. According to the support method, it is divided into an inflatable membrane structure, a tensile membrane structure and a skeleton support membrane structure. 1. Skeleton membrane structure The roof skeleton made of steel structure or integrated material is stretched above the membrane structure, and the lower support structure has high stability. Due to the simple roof shape, the opening is not easy to be restricted, and it has high economic benefits. It is widely applicable For any large and small space. 2. Tensile membrane structure It is composed of membrane material, steel cable and pillar, and uses steel cable and pillar to introduce tension into the membrane material to achieve a stable form. In addition to practicing creative, innovative and beautiful shapes, it is also the most structural form that can demonstrate the spirit of membrane structure. Large-span spaces also mostly use steel cables and compressed materials to form a steel wire mesh to support the upper membrane. Due to high construction accuracy requirements, strong structural performance, and rich expressive power, the construction cost is slightly higher than the skeleton membrane structure. 3. Inflatable membrane structure The inflatable membrane structure is to fix the membrane material around the roof structure. After the indoor air pressure is raised to a certain pressure by the air supply system, the pressure difference between the inside and outside of the roof is generated to resist the external force. Because the air pressure is used for support, and the steel cable is used as an auxiliary material , Without any beam and column support, it can get more space, quick construction and high economic benefit, but it needs to maintain the 24-hour blower operation, which is higher in the cost of continuous operation and machine maintenance costs.

ETFE PTFE Coated Stadium Membrane Structural Steel Fabric Roof Truss Canopies America Europe standard Membrane structure, also called tensile membrane structure, is the most representative architectural form in the 21st century. It breaks the pattern of pure linear architectural style, with its unique beautiful curved surface shape, the perfect combination of conciseness, crispness, rigidity and softness, strength and beauty, and at the same time provides architectural designers with greater imagination and creative space. Specifications: Item Specification Application Sports area, outdoor shade, permanent tent, swimming pool cover OEM Item Size, color, shape, material are all acceptable. Membrane TypeApplication 100% polyester base fabric, optional PTFE or PVDF ,ETFE coated Support Frame GB Q235 steel or galvanized steel Color Optional, such as white, red, grey, yellow, blue, green, etc. Warranty Under normal circumstances: frame:one year, membrane material:10-20 years OEM case: could be extended according to customer requirements Membrane structure is a structural system that combines architecture and structure. It uses high-strength flexible film materials and auxiliary structures to generate certain pre-tension stresses in a certain way and form a certain spatial shape under stress control as a covering structure. Or the main body of the building, and a type of narrow structure with sufficient rigidity to resist external loads. Membrane structure is a new type of building structure developed in the middle of the 20th century. It breaks the pattern of pure linear architectural style. With its unique beautiful curved shape, it is simple, crisp, rigid and soft, and the combination of strength and beauty. Refreshing feeling, while providing architectural designers with greater imagination and creative space. Membrane structure has a strong sense of time and representativeness. It is a multi-disciplinary cross-application project integrating architecture, structural mechanics, fine chemical engineering, material science, and computer technology. It has a high technical content and artistic appeal. Its curved surface Can be arbitrarily changed according to the architect's design needs. Combined with the overall environment, the iconic image project is built, with strong practicability and wide application fields. It can be applied to large public facilities, such as the roof system of stadiums, airport halls, exhibition centers, shopping centers, parking lots, platform facilities, etc. Advantages: (1) Large span. Membrane structure has light weight and good seismic performance, which can eliminate the need for internal support. It overcomes the difficulties encountered by traditional structures on large-span (unsupported) buildings. It can create huge unobstructed visual space and effectively increase the space used. . (2) Artistic. Membrane structure breaks through the traditional architectural structure types, relying on styling and color science, can combine natural conditions, give full play to the architect's imagination, and create curves and various shapes that are difficult to achieve in traditional buildings according to creativity. , Full of the atmosphere of the times, reflecting the beauty of the strength of structural members. With the light, it is easy to form a night scene, giving people the enjoyment of modern beauty. (3) Economical. The film material has a certain light transmittance, which can reduce the intensity and time of lighting during the day and save energy; the transmission of colored lights at night can form a gorgeous landscape. Moreover, the membrane structure can be disassembled and easy to relocate, especially when building large-span buildings for short-term applications, which is more economical. (4) Security. The flame retardant and high temperature resistance of the membrane material can well meet the fire protection requirements; the membrane structure is a flexible structure that can withstand large displacements and is not easy to collapse; the membrane structure has light weight and good seismic performance. (5) Self-cleaning. Membrane materials with protective coating are used in membrane construction, which is not sticky. The dust falling on the surface of the membrane material can be washed by rain to achieve a good self-cleaning effect, while ensuring the service life of the building. (6) The construction period is short. The cutting of the diaphragm, the production of steel cables and steel structures, etc. are all completed at the factory to reduce the construction time on site. It can be carried out simultaneously with the lower reinforced concrete structure or components to avoid construction crossovers. At the construction site, only the steel cables, steel structures and membranes The connection, installation and positioning of the film and the process of tension, so the site construction and installation is fast and fast, and the construction period is relatively short compared to the traditional construction project. (7) Wide application. From the perspective of climatic conditions, membrane structure buildings are suitable for a wide area; from the perspective of scale, they can be as small as a single tent, a garden sketch, or a building covering tens of thousands or hundreds of thousands of square meters. Some people even imagined covering a small city to realize artificial nature. Classification: The architectural structure of the membrane structure is colorful and ever-changing. According to the support method, it is divided into an inflatable membrane structure, a tensile membrane structure and a skeleton support membrane structure. 1. Skeleton membrane structure The roof skeleton made of steel structure or integrated material is stretched above the membrane structure, and the lower support structure has high stability. Due to the simple roof shape, the opening is not easy to be restricted, and it has high economic benefits. It is widely applicable For any large and small space. 2. Tensile membrane structure It is composed of membrane material, steel cable and pillar, and uses steel cable and pillar to introduce tension into the membrane material to achieve a stable form. In addition to practicing creative, innovative and beautiful shapes, it is also the most structural form that can demonstrate the spirit of membrane structure. Large-span spaces also mostly use steel cables and compressed materials to form a steel wire mesh to support the upper membrane. Due to high construction accuracy requirements, strong structural performance, and rich expressive power, the construction cost is slightly higher than the skeleton membrane structure. 3. Inflatable membrane structure The inflatable membrane structure is to fix the membrane material around the roof structure. After the indoor air pressure is raised to a certain pressure by the air supply system, the pressure difference between the inside and outside of the roof is generated to resist the external force. Because the air pressure is used for support, and the steel cable is used as an auxiliary material , Without any beam and column support, it can get more space, quick construction and high economic benefit, but it needs to maintain the 24-hour blower operation, which is higher in the cost of continuous operation and machine maintenance costs.