Laminated Pad
Woolen Felt Cushion Laminated Pad 3.5-4.0mm for Plastic Card Manufacturing with 200°C Heat Resistance
Industrial-grade woolen felt cushion laminated pad designed for plastic card manufacturing. Features 200°C heat resistance, 80 N/mm tensile strength, and 3.5-4.0mm thickness. Provides uniform heat transfer, eliminates bubbles and watermarks, prevents scratches, and extends equipment life. Suitable for bank cards, ID cards, and smart cards meeting ISO standards.
White Silicone Rubber Laminated Pad 3.0mm for Plastic Card Lamination with 80 MPa Strength and 200°C Heat Resistance
Industrial-grade 3.0mm silicone rubber laminated pad designed for plastic card manufacturing. Features 80 MPa breaking strength, 200°C heat resistance, and excellent cushioning properties to prevent template damage. Improves production efficiency with rapid heat transfer and extends equipment service life. Suitable for bank cards, credit cards, and smart card production.
Woolen Surface Press Laminated Pad for ISO Cards - 3.5mm Thickness, 200°C Heat Resistance
Professional woolen felt cushion laminated pad designed for ISO standard card production. Features 200°C heat resistance, 80 N/mm tensile strength, and 3.5mm thickness. Provides uniform heat distribution, prevents surface scratches, eliminates bubbles, and extends equipment lifespan. Available in A4 (201×297mm) and A3 (310×480mm) sizes with custom options.
3.0mm Heat Proof Laminated Cushion Pad with 80 MPa Strength for Plastic Card Manufacturing
Industrial-grade 3.0mm silicone rubber laminated cushion pad designed for plastic card production. Features 80 MPa breaking strength, 200°C heat resistance, and rapid heat transfer for improved efficiency. Extends equipment lifespan while preventing damage during lamination processes. Available in MK4213 and MK4233 constructions for various card manufacturing needs.
3mm Black Woolen Laminated Pad for PVC Card Press Laminator - 200°C Heat Resistant, 80 N/mm Tensile Strength
Professional 3mm laminated pad with woolen felt surfaces and black silicon rubber core. Heat resistant to 200°C with 80 N/mm tensile strength. Provides even heat transfer, prevents damage to laminator components, and extends equipment life. Available in A3, A4, or custom sizes for plastic card lamination and industrial applications.
A4 Woolen Felt Cushion Laminated Pad 3mm for Bank Credit RFID Card Lamination
Heatproof up to 200°C with 80 N/mm tensile strength. Ensures even heat distribution, prevents bubbles and scratches. Custom sizes available. Ideal for ISO card lamination.
Woolen Felt Cushion Laminated Pad MRP-2 for Plastic Card Lamination - 3mm Thickness, 200°C Heatproof
Professional woolen felt cushion laminated pad designed for plastic card lamination equipment. Features 200°C heat resistance, 80 N/mm tensile strength, and 3mm thickness. Provides excellent cushioning protection, extends equipment service life, and improves production efficiency with reliable one-year performance.
3mm White Laminated Woolen Felt Cushion Pad for RFID Card Lamination - 200°C Heat Resistance, 80 N/mm Tensile Strength
Professional woolen felt laminated cushion pad designed for plastic card manufacturing processes. Features 200°C heat resistance, 80 N/mm tensile strength, and 3mm thickness for optimal performance. Eliminates bubbles and watermarks while extending equipment life. Suitable for bank cards, credit cards, ID cards, and smart card production with custom A4/A3 sizes available.
White Silicon Rubber Laminated Pad A4 3.0mm High Strength for IC Card Lamination
Heatproof silicone rubber cushion pad with 3.0mm thickness and 80 MPa tensile strength. Ensures even heat transfer, protects lamination plates, and extends service life. Custom sizes available. Ideal for bank card and credit card lamination.
Heatproof Silicon Rubber Cushion Pad 80Mpa Tensile Strength Custom Size
Heat-resistant white silicon rubber cushion pad for plastic card lamination. Features 80Mpa tensile strength, 200°C heatproof performance, and even heat transfer. Custom sizes available. Durable, scratch-free lamination.
A3 Size 3mm White Silicone Rubber Cushion Laminated Pad Heat Resistant 200C
High-temperature resistant silicone rubber cushion for card laminating. Features fast heat conduction, uniform distribution, and excellent water absorption to eliminate bubbles. Durable up to 200°C with 60 N/mm tensile strength. Ideal for ISO card production.
Woolen Felt Cushion Laminated Pad 3.5mm for PVC ID Card Laminating A4 A3 Custom Size
Heatproof woolen felt pad for PVC card lamination. Transfers heat quickly and evenly, improving efficiency. Withstands 200°C and 80 N/mm tensile strength. Custom sizes available. Eliminates bubbles and scratches for higher yield.
White Silicone Rubber Laminated Pad 3mm 200℃ Heat Resistant for Bank IC Card Lamination A4 A3
High-strength white silicone rubber laminated pad with 3mm thickness and 200℃ heat resistance. Ensures even heat transfer, excellent cushioning, and extended service life for plastic card lamination. Custom sizes available.
A3 80 N/mm Silicon Rubber Lamination Pad for IC Card Manufacturing - 1.5-3.5mm Thickness with 250°C Heat Resistance
Industrial-grade white silicon rubber laminated pad designed for plastic card manufacturing. Features 80 N/mm tensile strength, 250°C heat resistance, and 1.5-3.5mm thickness options. Provides superior cushioning to protect laminator templates and steel plates while improving production efficiency and extending equipment service life.
A4 Silicon Rubber Cushion Laminated Pad 0.3mm Thick with 80 MPa Breaking Strength and 250°C Heat Resistance
Professional white silicon rubber cushion laminated pad designed for plastic card lamination processes. Features 0.3mm thickness, 80 MPa breaking strength, and heat resistance up to 250°C. Provides excellent cushioning protection, extends equipment life, and improves production efficiency with rapid heat transfer. Available in A3, A4, and custom sizes for various industrial applications.
3mm White Silicon Rubber Cushion Pad 200℃ Heat Resistant for Card Lamination
Heatproof up to 200°C with 3mm thickness, this silicon rubber cushion pad ensures even heat transfer and durable performance for plastic card lamination. Features high tensile strength, excellent resilience, and custom sizes (A3, A4). Extends lamination plate life.
3mm Woolen Felt Lamination Cushion Pad with 200°C Heat Resistance for PVC Card Press Laminator
Industrial-grade woolen felt cushion pad featuring 3mm thickness and 200°C heat resistance. Designed for PVC card lamination with 80 N/mm tensile strength and excellent thermal conductivity. Provides superior cushioning to protect laminator templates and extend equipment lifespan. Available in A3, A4 sizes or custom dimensions for various hot-press applications.
White Silicone Rubber Cushion Pad 3mm Thickness for Plastic Card Lamination - A4/A3 Sizes with 200℃ Heat Resistance
Professional white silicone rubber cushion pad designed for plastic card lamination processes. Features 3mm thickness, 200℃ heat resistance, and 80 N/mm tensile strength. Provides uniform heat distribution, prevents scratches, eliminates bubbles, and extends equipment life. Suitable for bank cards, credit cards, ID cards, and smart card production with custom sizing options available.
Woolen Felt Cushion Laminated Pad 80 N/mm Adhesion 3.5mm Thickness for Hot Press Card Lamination
Professional woolen felt cushion laminated pad with 80 N/mm adhesion and 200°C heat resistance. Features rapid heat transfer, excellent cushioning performance, and prevents component damage. Ideal for plastic card lamination including ID cards, credit cards, and smart cards. Available in A4, A3, and custom sizes.
3.0mm White Silicon Rubber Cushion Pad for Card Lamination with 80 MPa Strength and 250°C Heat Resistance
Professional white silicon rubber laminated cushion pad designed for plastic card lamination processes. Features 3.0mm thickness, 80 MPa breaking strength, and heat resistance up to 250°C. Provides excellent cushioning, extends equipment life, and improves production efficiency with rapid, even heat transfer. Available in A3, A4, or custom sizes.