Specifications

• Material: Polyurethane (PU), HDPE, or other non-stick plastics
• Sheet Type: Non-stick, smooth surface
• Thickness: Customizable (0.5mm – 20mm or per requirement)
• Width & Length: Standard or cut-to-size
• Color: Transparent, white, black, or custom
• Temperature Range: Up to 120°C (PU) / Up to 260°C (PTFE/HDPE depending on material)
• Surface Finish: Smooth / matte / textured options
• Chemical Resistance: Resistant to oils, mild acids, and food-grade chemicals

Key Features & Performance Advantages

• Non-Stick Surface
  Prevents adhesion of materials for smooth release
• Wear & Tear Resistant
  Long-lasting under continuous industrial use
• Chemical & Oil Resistant
  Suitable for food-grade, packaging, or chemical environments
• Easy to Clean
  Reduces maintenance time and improves hygiene
• Customizable Dimensions & Thickness
  Tailored to production or equipment requirements
• Temperature Resistant
  Maintains performance under moderate to high heat

Applications

• Food processing and baking surfaces
• Conveyor belts and packaging machinery
• Electronic assembly and coating lines
• Mold release liners in manufacturing
• Protective sheets for industrial processes
• Any surface requiring low adhesion and easy cleaning

Customization & Supply Options

• Custom thickness, width, and length
• Choice of material: PU, HDPE, PTFE
• OEM and replacement sheet solutions
• Small-batch prototyping and bulk production

FAQ

Q1: What is a non-stick plastic sheet used for?
It is used in industrial or food processing applications to prevent materials from sticking and allow smooth release.

Q2: Can I choose different materials?
Yes, we offer PU, HDPE, and other non-stick plastics depending on your application needs.

Q3: Are custom sizes available?
Yes, you can specify thickness, width, and length according to your equipment or production requirements.

Q4: Is the sheet resistant to chemicals and oils?
Yes, our non-stick sheets are resistant to mild acids, oils, and food-grade chemicals.

Q5: Can it be used in high-temperature environments?
Yes, performance depends on the material: PU sheets handle moderate heat, while PTFE/HDPE can withstand higher temperatures.