Silicone Rubber Cushion Pad for Wood Industry Hot Press Lamination
MKCP-Wood-G1 Silicone Rubber Cushion Pad is a professional buffer consumable exclusively designed for wood industry hot pressing and laminating machines. This high-temperature resistant, high-toughness buffer pad is widely applicable to the hot pressing production of laminated wooden doors, reinforced flooring, particleboards, veneer panels, laminated furniture boards, MDF and other wood-based panels.
Also known as wood lamination press pad, wood cushion mat, wooden door buffering pad and wood hot press pad, this silicone rubber pad provides uniform buffering and pressure balance during hot pressing. It effectively optimizes lamination flatness, improves finished product quality, and ensures stable and efficient continuous production for wood processing lines.
Stable Composite Structure
Adopting a durable three-layer composite structure, the pad features double-sided silicone rubber layers paired with an intermediate special textile reinforcement layer. This structural design integrates high-temperature resistance, toughness and elasticity perfectly, maintaining consistent buffering performance and structural stability during repeated high-temperature hot pressing cycles.
- Top silicone rubber layer
- Reinforced special textile layer
- Bottom silicone rubber layer
Technical Specifications
- Thickness: 1.5-2.5mm
- Max Resistant Temperature: ≤250℃
- Tolerance: Thickness ±0.3mm, Length & Width ±2mm
- Tensile Strength: ≥80 N/mm
- Adhesion: 2.5N/mm
- Hardness: 55±5 (Shore A)
- Elongation at Break: 350%
With high tensile toughness, stable high-temperature resistance and excellent buffering performance, ESCP-Wood-G1 silicone rubber cushion pad is a reliable and cost-effective choice for standardized, high-precision hot pressing and lamination production in the wood industry.
Core Product Characteristics
| Performance Item |
Detailed Features |
| High Temperature Resistance |
Stable performance under long-term high temperature up to 250℃, no deformation or aging damage |
| Excellent Elasticity & Resilience |
High elasticity and strong resilience, delivering even pressure distribution for flawless wood lamination |
| Superior Durability |
Outstanding aging resistance and corrosion resistance, adapting to long-cycle industrial hot pressing work |
| High Structural Toughness |
Reinforced composite structure with high tensile strength, resistant to tearing and pressure damage |
