Product details of plastic sheets/pads usually include material type, physical properties, application areas, size specifications, processing technology, etc. The following are product details:

 

1. Material type

Polyethylene (PE):

 

Features: chemical corrosion resistance, low temperature resistance, low friction coefficient.

 

Application: food processing, chemical industry, water treatment equipment, sliding parts.

 

Thickness range: 0.5mm–50mm

 

Color: transparent, white, blue, black, etc.

 

Polypropylene (PP):

 

Features: high chemical resistance, high temperature resistance, impact resistance.

 

Application: chemical containers, medical equipment, automotive parts.

 

Thickness range: 1mm–100mm

 

Color: white, black, gray.

 

Polyvinyl chloride (PVC):

 

Features: high strength, corrosion resistance, pressure resistance, good processability.

 

Application: pipeline sealing, construction, electronic equipment housing.

 

Thickness range: 0.5mm–30mm

 

Color: white, gray, transparent, black.

 

Polyamide (Nylon, PA):

 

Features: good wear resistance, strong fatigue resistance, impact resistance.

 

Applications: mechanical parts, automobiles, electronic equipment.

 

Thickness range: 0.5mm–40mm

 

Color: natural color, black, other customized colors.

 

Polycarbonate (PC):

 

Features: high transparency, impact resistance, good electrical insulation.

 

Applications: transparent windows, protective covers, protective glass.

 

Thickness range: 1mm–50mm

 

Color: transparent, light yellow.

 

Polytetrafluoroethylene (PTFE):

 

Features: excellent chemical stability, high temperature resistance, low friction.

 

Applications: seals, sliding gaskets, high temperature equipment.

 

Thickness range: 0.2mm–25mm

 

Color: white.

 

2. Physical properties

Density: Different types of plastic sheets/pads have different densities. For example, polyethylene and polypropylene have lower densities and are suitable for light load applications, while polyamide and polytetrafluoroethylene have higher densities and are suitable for high strength applications.

 

Tensile strength: The tensile strength of plastic sheets varies depending on the material. For example, nylon and polycarbonate have higher tensile strength and are suitable for occasions with greater forces.

 

Hardness: Different plastics have different hardness. Polyethylene is softer and suitable for low-intensity work, while polyvinyl chloride and nylon have higher hardness and are suitable for higher-intensity working environments.

 

3. Size specifications

Standard size: Common plastic sheet/pad specifications are width (1000mm, 1200mm, 1500mm), length (2000mm, 2500mm, 3000mm) and thickness (ranging from a few millimeters to tens of millimeters).

 

Customized size: According to customer requirements, customized services of different thicknesses, lengths and widths are provided to meet specific usage needs.

 

Cutting and molding: It can be cut into round, square or other special shapes as needed.

 

4. Processing technology

Injection molding: Suitable for mass production, often used for plastic parts with complex shapes.

 

Mechanical processing: suitable for personalized customized parts, processed by CNC machine tools, laser cutting, etc.

 

Hot pressing: used to produce larger-sized plates or gaskets.

 

Stamping and cutting: used to produce gaskets and sheets of standardized sizes.

 

5. Advantages

Light weight: lighter than metal and ceramic materials, easy to transport and install.

 

Corrosion resistance: resistant to a variety of chemicals and environmental conditions, especially suitable for chemical, food and other industries.

 

Good processability: can be cut, processed, formed, etc. according to demand to meet customized requirements.

 

Low price: Compared with metal materials, plastic materials have lower costs and are suitable for large-scale applications.

 

6. Application areas

Mechanical industry: as gaskets, liners, sealing rings, etc., to protect equipment and components.

 

Construction industry: used for waterproofing, heat insulation, sound insulation and other functions.

 

Chemical industry: as pipeline gaskets, sealing materials, etc., corrosion-resistant and leak-proof.

 

Electronics industry: used as insulating gaskets for electronic components to prevent short circuits and damage.

 

Medical industry: used as a gasket in a sterile environment to prevent contamination.

 

Food industry: used for the protection and isolation of food equipment, in compliance with food grade standards.