• Warehouse Interlocking Flexible Waterproofing Roof Sheet System 1
  • Warehouse Interlocking Flexible Waterproofing Roof Sheet System 2
  • Warehouse Interlocking Flexible Waterproofing Roof Sheet System 3
Warehouse Interlocking Flexible Waterproofing Roof Sheet

Warehouse Interlocking Flexible Waterproofing Roof Sheet

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Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
25 m.t.
Supply Capability:
2000 m.t./month

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Warehouse Interlocking Flexible Waterproofing Roof Sheet


Description

  • Material:SGCH/Grade550/Grade80/S550GD/G550/SGC570

  • Product Name: Warehouse Interlocking Flexible Waterproofing Roof Sheet

  • Key Word: Roof Sheet

  • Nominal Thickness: 0.13mm~0.8mm

  • Nominal Width: 600~1050mm

  • Spangle: Regular Spangle, Mini Spangle

  • Substrate steel: Galvanized/ Glavalume Steel Sheet

  • Coating: Z30-Z180/AZ30~AZ100

  • Steel Grade:SGCH/Grade550/Grade80/S550GD/G550/SGC570

  • Supply Ability: 28,000 MT per Year

  • Application: Industrial construction,Warehouse, Roof of Steel Structure House ,Wall


Specification



StandardAISI, ASTM, BS, DIN, GB, JIS,etc.
Nominal Thickness0.13mm~0.8mm
Nominal Width600~1050mm
LengthAny Length by Required
SpangleRegular Spangle, Mini Spangle
Substrate steelGalvanized/ Glavalume Steel Sheet
CoatingZ30~Z180
AZ30~AZ100
Steel GradeSGCH/Grade550/Grade80/S550GD/G550/SGC570
Delivery Lead Time15~30 Days after T/T Prepayment or L/C Date
Price TermFOB,CIF,CFR,EX Works,FCA,DDU
Port of LoadingChina Port
PaymentL/C at Sight
T/T 30% in Advance,70% Balance after Received B/L Copy
Cash



FAQ

Q:What can you do for us?

A: We always shorten delivery time for our buyer.

We always package steel products well.

We always fix steel product in container well to make it safe arrive at destination port.

We always provide best and professional forward service and after sales service.


Pictures

Warehouse Interlocking Flexible Waterproofing Roof Sheet

Warehouse Interlocking Flexible Waterproofing Roof Sheet


Q:What are the standard dimensions for steel sheets?
The standard dimensions for steel sheets can vary depending on the specific type and grade of steel being used. However, in general, steel sheets typically come in standard sizes of 4 feet by 8 feet or 4 feet by 10 feet. These dimensions are commonly used in the construction industry and are readily available from steel suppliers. Additionally, steel sheets can also be custom cut to specific dimensions as per the requirements of a particular project. It is important to consult with a steel supplier or manufacturer to determine the exact dimensions available for the specific type of steel sheet needed.
Q:The difference between color steel and stainless steel
Color steel and stainless steel, stainless steel what is the difference? Color of the color is beautiful, diverse styles, economic and handsome, cheaper than stainless steel, the main difference is that the service life is about 3 years. Stainless steel is characterized by
Q:What are the different types of steel sheet finishes for architectural applications?
Architectural applications commonly utilize various types of steel sheet finishes, each serving a different purpose. These finishes not only enhance the visual appeal of steel sheets but also offer protection against corrosion and environmental factors. 1. Mill Finish: The most basic type of finish, the steel sheet remains as it is from the mill. It has a dull, gray appearance and is typically used for applications where aesthetics are not a priority. 2. Brushed Finish: Also known as a satin finish, this type of finish is achieved by brushing the steel sheet with a fine abrasive material. It results in a smooth, linear texture, giving the surface a contemporary and elegant look. 3. Polished Finish: Achieved by polishing the steel sheet with abrasive materials, this finish creates a smooth and reflective surface. It offers a high-gloss, mirror-like appearance, making it suitable for applications that require a sophisticated and luxurious look. 4. Embossed Finish: This finish involves pressing the steel sheet with embossing tools to create textured patterns or designs on the surface. It provides a unique and decorative appearance, ideal for architectural applications that require visual interest. 5. Patterned Finish: This finish entails applying patterns or textures onto the steel sheet using techniques like etching, laser cutting, or perforating. It creates visually appealing surfaces with intricate designs, suitable for both functional and decorative purposes. 6. Powder Coated Finish: This finish involves electrostatically applying a layer of dry powder paint to the steel sheet, which is then cured under heat. It offers a durable and vibrant finish, available in a wide range of colors and textures. This finish is highly resistant to chipping, scratching, and fading, making it ideal for exterior architectural applications. 7. Galvanized Finish: This finish is achieved by applying a layer of zinc coating onto the steel sheet through galvanization. It provides excellent corrosion resistance, making it suitable for outdoor architectural applications exposed to harsh environments. In conclusion, the choice of steel sheet finish depends on the desired aesthetics, durability, and environmental conditions of the architectural application.
Q:What are the different methods of joining steel sheets together?
There are several methods of joining steel sheets together, each with its own advantages and applications. Some of the common methods include: 1. Welding: Welding is a widely used method for joining steel sheets. It involves melting the edges of the sheets and fusing them together using heat. There are different types of welding processes such as arc welding, gas welding, and spot welding, each suited for specific applications. 2. Riveting: Riveting is a mechanical method of joining steel sheets using metal fasteners called rivets. The rivets are inserted through pre-drilled holes in the sheets and then hammered or pressed to secure them in place. Riveting is known for providing strong and durable joints. 3. Bolting: Bolting involves using bolts and nuts to hold steel sheets together. Holes are drilled through the sheets, and then bolts are inserted from one side, with nuts tightened on the other side to secure the joint. Bolting is quick, easy to assemble, and allows for disassembly if needed. 4. Adhesive bonding: Adhesive bonding uses specialized adhesives to join steel sheets together. The adhesive is applied between the surfaces to be joined and forms a strong bond as it cures. This method is commonly used in industries where welding can cause distortion or is not feasible due to the materials involved. 5. Mechanical fastening: Mechanical fasteners like screws, self-tapping screws, or nails can be used to join steel sheets together. These fasteners create a strong connection by penetrating the sheets and holding them in place. Mechanical fastening is relatively quick and doesn't require any specialized equipment. 6. Clinching: Clinching is a cold forming process that involves joining steel sheets by deforming the material without any external heat source. It involves pressing the sheets together and forming a mechanical interlock. Clinching is commonly used in the automotive industry due to its high-speed production capabilities and joint strength. Each method has its own advantages based on factors such as joint strength, ease of assembly, cost, and specific application requirements. The choice of joining method depends on the purpose of the joint, material properties, and environmental conditions the joint will be subjected to.
Q:Can steel sheets be used for elevator shafts or doors?
Yes, steel sheets can be used for elevator shafts or doors. Steel is a commonly used material in the construction of elevator shafts and doors due to its strength, durability, and fire resistance properties.
Q:What are the properties of steel sheets?
Steel sheets have several advantageous properties, including high strength and durability, excellent corrosion resistance, good thermal conductivity, and the ability to be easily formed and welded.
Q:Can steel sheets be used for fire-rated doors?
Fire-rated doors can indeed utilize steel sheets. In fact, steel is extensively employed in the creation of fire-rated doors due to its exceptional strength, longevity, and fire-resistance characteristics. Generally, steel sheets employed in fire-rated doors are crafted with multiple layers of fire-resistant substances, like gypsum or mineral core, which are placed between the steel sheets. This method of construction effectively impedes the propagation of fire and smoke, ensuring a dependable barrier in case of a fire. Furthermore, steel is renowned for its structural integrity, rendering it an appropriate option for fire-rated doors that must endure elevated temperatures and pressure.
Q:Is PCM steel better than galvanized steel?
The decoration of household appliances barrel and microwave oven shell. In addition to ordinary color products, pearl color, metal color products have become popular trend of home appliance shell decoration, such as silver frequency conversion refrigerator, full frequency space King refrigerators and network appliances shell adopts Haier special steel company research and development of home appliances.
Q:What is the difference between a hot rolled and cold rolled stainless steel sheet?
The manufacturing process and resulting properties distinguish hot rolled stainless steel sheets from cold rolled ones. Hot rolled sheets are created by heating stainless steel to a high temperature and rolling it through a series of rollers to achieve the desired thickness. This method is typically used for larger sheets and results in a rougher surface finish. Additionally, hot rolled sheets are known for their inherent strength and malleability, making them suitable for various applications that require structural integrity. In contrast, cold rolled stainless steel sheets are produced by cooling the stainless steel to a lower temperature and passing it through rollers at room temperature. This process yields a smoother and more refined surface finish compared to hot rolled sheets. Cold rolled sheets are commonly preferred for precision-demanding applications such as automotive components, appliances, and electronic devices. Regarding mechanical properties, hot rolled stainless steel sheets generally possess a higher yield strength and lower ductility when compared to cold rolled sheets. This can be attributed to the grain structure formed during the hot rolling process, resulting in a more coarse and less uniform microstructure. Conversely, cold rolled sheets have a finer grain structure and higher ductility, making them more suitable for forming and bending operations. To summarize, the primary differences between hot rolled and cold rolled stainless steel sheets lie in the manufacturing process and the resulting properties. Hot rolled sheets exhibit a rougher surface finish, higher strength, and lower ductility, whereas cold rolled sheets possess a smoother surface finish, higher ductility, and are often preferred for precision-demanding and forming applications.
Q:What are the insulation properties of steel sheets?
Compared to other commonly used insulation materials like fiberglass or foam, steel sheets have relatively poor insulation properties. This is because steel is an excellent conductor of heat and electricity, possessing high thermal conductivity. Consequently, steel sheets are ineffective in preventing heat transfer and are not typically used as standalone insulation materials. Nonetheless, steel sheets can still offer some insulation benefits when utilized alongside other insulating materials. For example, they can serve as a protective layer or cladding, enhancing the durability and fire resistance of insulation systems. Additionally, they can function as a radiant barrier, redirecting heat away from buildings and reducing heat gain in warm climates. To summarize, although steel sheets themselves do not possess exceptional insulation properties, they can contribute to improving overall insulation performance when combined with other insulating materials or applied in specific scenarios such as radiant barriers.

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