50 Microns Non-silicone Coated PET Release Film Single Sided

What is 50 Microns Non-silicone Coated PET Release Film Single Sided?

50 Microns Non-silicone Coated PET Release Film Single Sided is a specialty polyester liner treated with a non-silicone release agent on one side. It is designed for applications requiring precise release characteristics without the use of silicone, and is widely used in tape manufacturing and fiberglass lamination processes.

Composition and Structure

• Base material: PET (polyester)
• Coating: Single-sided non-silicone release agent
• Thickness range: 25–100μm
• Release force: Adjustable upon request
• Form: Roll
• Packaging: Box packing or pallet packing

Key Properties

• Thickness: 25–100μm
• Tensile strength (MD/TD): 210 / 210 MPa
• Elongation (MD/TD): 150% / 140%
• Heat shrinkage at 150°C for 30 minutes (MD/TD): 1.5% / 0.3%
• Haze: 2%
• Release force: 100–800 g/inch
• Residual adhesion rate: >85%

Applications of 50 Microns Non-silicone Coated PET Release Film Single Sided

• Adhesive tapes
• Fiberglass backing tape
• Fiberglass cloth tape
• Woven fiberglass tape

Features & Benefits of 50 Microns Non-silicone Coated PET Release Film Single Sided

• Silicone-free formulation suitable for applications sensitive to silicone contamination
• Customizable release force to meet different process requirements
• High mechanical strength and thermal stability
• Excellent dimensional control for precision slitting and lamination
• Reliable release performance for fiberglass and industrial tape applications

Comparison with Other Adhesive Tapes

• Offers a silicone-free alternative to standard PET release liners
• More stable at high temperatures than paper-based liners
• Provides greater customization of release force compared to pre-coated films
• Lower contamination risk for sensitive adhesive systems

Why Choose VST Malaysia?

At VST Malaysia, we supply high-quality non-silicone PET release films tailored to customer specifications. Our materials provide dependable release performance, precision converting, and contamination-free processing for critical industrial applications.