Description
1. Grade : C1020, C1100, C1201, C1220, etc.
2. Thickness: 0.08mm-2mm
3. Width: 25mm~470mm(If you don’t see the size you want, try one of our custom panels!)
4. Coating: PE, PVDF
5. Copper or Brass alloy: C1100 and C2800
6. Aluminum alloy: 3003-H26(H24)
7. Form: 1.Copper/brass +LDPE+Aluminum;
2.Copper/brass+LDPE+Copper/brass
8. Top Skin: Copper (Brass, Patina etc.); Core Material: LDPE, FR, HFR, A2; Bottom Skin: Copper (Brass, Patina etc.) or Aluminum
9. Surface Finish: Natural, Clear Coat, Weathered, Patina
Description
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1. Grade : C1020, C1100, C1201, C1220, etc.
2. Thickness: 0.08mm-2mm
3. Width: 25mm~470mm(If you don’t see the size you want, try one of our custom panels!)
4. Coating: PE, PVDF
5. Copper or Brass alloy: C1100 and C2800
6. Form: 1.Copper/brass +LDPE+Aluminum;
2.Copper/brass+LDPE+Copper/brass
7. Top Skin: Copper (Brass, Patina etc.); Core Material: LDPE, FR, HFR, A2; Bottom Skin: Copper (Brass, Patina etc.) or Aluminum
8. Surface Finish: Natural, Clear Coat, Weathered, Patina
About Copper Composite Panel0
YK Copper is a leading Copper Composite Panel manufacturer and supplier.
Copper composite panel is a type of composite product that includes a layer of copper bonded to another product, generally a lightweight core made of a plastic or a composite product. Copper composite panels are utilized in a variety of applications, including cladding for buildings, signs, and interior design aspects. They are understood for their resilience, rust resistance, and appealing appearance. Copper composite panels can be reduced, shaped, and developed right into various shapes and sizes, making them a versatile product for usage in a wide range of projects.
Copper Composite Panel Features
Some of the features of copper composite panels include:
Resilience: Copper is a strong and resilient material, and copper composite panels are designed to be long-lasting and resistant to wear and tear.
Weather resistance: Copper is resistant to rust and can endure harsh weather conditions, making copper composite panels suitable for outdoor use.
Low maintenance: Copper composite panels do not need routine maintenance, making them a low-maintenance option for cladding and other applications.
Flexibility: Copper composite panels can be shaped and bent to fit various contours and shapes, making them appropriate for various applications.
Aesthetically pleasing: Copper has an all-natural, appealing look, and copper composite panels can include a decorative touch to a structure or other framework.
Sustainable: Copper is a recyclable material, and utilizing copper composite panels can add to the sustainability of a building job.
YK Copper Composite Panel
Copper Composite Panels can be processed in a variety of ways. YK Copper offer the types of processing: Cutting, Milling, Piercing, Stamping.One of the most popular type of processing of copper composite panels is perforation. YK Copper offer three types of perforation: standard, atypical and artistic, each of which allows you to solve the problems of a particular architectural or design project.
YK Copper is also continuously developing new kinds of Copper Sheet products. If you want to get our Copper Composite Panel ‘s latest price daily, please get in touch with us quotation within 10 hours.
Our Production And Processing
Copper
Copper Dissolving & Dissolved Copper
Filters
Copper Solution Storage & Copper Ssolution Feeding
Cutting Or Roll Slitting
Sheet & Foil
Tube & Bar
Finished Copper
Click This Know More Our Packing And Loading
Application of Copper Composite Panel
What Can Copper Composite Panel Do?
Copper Composite Panel For Architectural Cladding
Copper Composite Panel For Signage
Copper Composite Panel For Construction Projects
Copper Composite Panel For Interior design
Copper Composite Panel For Transportation
Copper Composite Panel For Marine Applications
Copper Composite Panel For Industrial Applications
Mechanical performance:
No | Temper | Tensile Strength (N/mn2) | Elongation (%) | Applications |
1 | TM | ≥280 | ≥45 | Extremely good extensibility, Suitable for very deep pressing |
2 | M | ≥290 | ≥33 | Good extensibility, Suitable for general pressing capabilities |
3 | Y₂ | 350-450 | ≥5 | With certain degree of extensibility, Suitable for components requiring bending and certain strength |
4 | Y | ≥460 | – | Suitable for components processed through flat punching or simple bending with requirements for strength |
5 | TY | ≥650 | – | Very high strength, Fatigue resistance, and electricity |
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What is the hazard with composite panels?
Composite panels are materials made from 2 or even more basic materials with substantially different physical or chemical homes, which stay different as well as distinct at the macroscopic or tiny range within the ended up structure. They are used in a wide range of applications, consisting of building, transport, and also industrial manufacturing. Like any product, composite panels can pose certain hazards relying on just how they are made use of. Some possible dangers related to composite panels consist of: Fire: Some composite panels may be flammable or have low fire resistance. This can be a problem in applications where the panels are made use of in buildings or other structures. Chemical direct exposure: Some composite panels might contain chemicals that can be unsafe if breathed in or consumed. It is important to use care when dealing with composite panels and also to adhere to proper safety and security procedures to decrease the threat of chemical exposure. Physical risks: Compound panels may be heavy and also can provide a danger of injury if they are not dealt with or installed appropriately. It is important to use correct training techniques as well as comply with any type of safety and security guidelines offered by the producer. Ecological effect: The manufacturing as well as disposal of composite panels might have an impact on the setting. It is essential to take into consideration the environmental impact of utilizing composite panels and also to take care of them properly. Overall, it is very important to very carefully evaluate the possible risks connected with composite panels and to take proper safety measures to minimize the threat of injury or various other injury.
Is composite panel waterproof?
Composite panels can be water resistant. However, it depends on the specific composite panel and the materials used to build it. Some composite panels are made with a core, an inherently water-resistant product, such as plastic or foam. These kinds of composite panels will generally be waterproof. Various other composite panels might have a core product that is not naturally waterproof, such as timber or paper. However, they might be covered or treated with a waterproofing product to make them resistant to water. No material is water resistant, and even composite panels developed to be resistant to water might still enable some moisture to pass through under specific conditions. To ensure that a composite panel is adequately waterproof, it is important to consider the intended use and the specific requirements for the application.
Is composite better than metal?
It is not exact to claim that one material is generally much better than another, as the selection of material depends on the certain application and the desired residential or commercial properties. Both composite products and also steel materials have their very own unique set of attributes that make them ideal for various uses. Composite materials are materials made from 2 or even more basic products with dramatically various physical or chemical residential properties, which stay separate and also distinctive at the macroscopic or microscopic range within the ended up structure. Compounds are usually used due to the fact that they can use a combination of residential properties that can not be accomplished with a solitary product. They can be stronger, lighter, or more resilient than conventional products. Steel materials are products that are composed primarily of one or more metallic elements. They are known for their high stamina, inexpensive, as well as excellent conductive buildings. Steel products are typically used in construction, transport, as well as a vast array of other applications. Generally, composite products might be better for applications where light-weight, high toughness, and/or rust resistance are necessary. Metal products might be better for applications where stamina, conductivity, and/or inexpensive are necessary. Ultimately, the option of product will rely on the specific demands of the application.
Which is better PVC or composite?
Polyvinyl chloride (PVC) and composite materials are 2 various kinds of products with their very own unique set of qualities as well as residential or commercial properties. It is not exact to state that one is widely much better than the various other, as the selection of material depends upon the details application as well as the preferred residential properties. PVC is a synthetic plastic polymer that is commonly utilized in a selection of applications, including pipes, flooring, and also siding. It is recognized for its inexpensive, toughness, and also resistance to deterioration. However, PVC is not as solid as some other products as well as might not appropriate for high-stress applications. Composite materials are products made from 2 or more basic materials with dramatically various physical or chemical buildings, which stay separate and distinctive at the macroscopic or microscopic scale within the finished structure. Composites are typically made use of since they can supply a mix of residential or commercial properties that can not be achieved with a solitary material. They can be more powerful, lighter, or more sturdy than standard materials. Nevertheless, composite materials might be a lot more costly than some other products and also may not appropriate for all applications. As a whole, PVC may be more suitable for applications where affordable and also longevity are necessary, while composite materials may be better for applications where lightweight, high stamina, and/or rust resistance are very important. Ultimately, the option of material will rely on the details requirements of the application.
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