teflon coated fiberglass fabric Solid Fabric Belt
Solid Teflon Fabric Belt / Non-porous PTFE Glass Fibre Conveyor BeltUnlike mesh conveyor belts, the entire fabric surface is free of breathable mesh holes and is completely sealed. parameter Company Guangzhou Yonghang Transmission Belt Co., Ltd. Product teflon coated fiberglass fabric Solid Fabric Belt Material PTFE Color : Beige/yellow/brown Size: ODM OEM Width range: 10-1250mm….
Solid Teflon Fabric Belt / Non-porous PTFE Glass Fibre Conveyor Belt
Unlike mesh conveyor belts, the entire fabric surface is free of breathable mesh holes and is completely sealed.
parameter
| Company | Guangzhou Yonghang Transmission Belt Co., Ltd. |
| Product | teflon coated fiberglass fabric Solid Fabric Belt |
| Material | PTFE |
| Color : | Beige/yellow/brown |
| Size: | ODM OEM |
| Width range: | 10-1250mm. |
| Thickness: | 0.08/0.13/0.15/0.18/0.25/0.3mm. |
| Applications | Specialised industrial belts designed for high-temperature, corrosion-resistant, anti-adhesive and high-precision conveying applications, suitable for all types of automated drying, bonding, conveying and curing equipment. |
| Joint | lap joints, thinned lap joints，Finger Joints |
| Working temperature | Long-term working temperature range: -70°C—+260°C/Short-term working temperature range: -140°C–360 °C |
| Features: | High Temperature Resistance, Non-Stick Surface,Chemical Resistance, Flame Retardant, Waterproof |
Product thickness
| max. width(mm) | thickness(mm) | weight（g/m2） | tensile strength(N/5CM) | temperature range |
|---|---|---|---|---|
| 1000mm | 0.08mm | 150 | 500/480 | -140℃to+360℃ |
| 1250mm | 0.13mm | 250 | 1000/960 | -140℃to+360℃ |
| 1250mm | 0.15mm | 260 | 1100/1000 | -140℃to+360℃ |
| 1250mm | 0.18mm | 380 | 1600/1600 | -140℃to+360℃ |
| 1250mm | 0.25mm | 420 | 2200/2000 | -140℃to+360℃ |
| 1250mm | 0.3mm | 620 | 2500/2400 | -140℃to+360℃ |
| 1270mm | 0.35mm | 680 | 2900/3000 | -140℃to+360℃ |
Core Structure
The glass fibre base fabric is fully impregnated with PTFE (Teflon) resin and sintered at high temperature, resulting in a smooth, seamless surface with no open pores.
Key Advantages
Completely leak-proof: adhesives, resins, hot-melt adhesives and liquid materials will not leak through the belt, making it suitable for lamination, hot pressing and coating processes.
Thermal insulation: The absence of mesh holes prevents hot air from penetrating, ensuring more uniform temperatures within the oven; specifically designed for heat press machines and photovoltaic laminators.
Exceptional surface flatness: With no uneven mesh patterns, the surface of laminated products will not bear mesh imprints; the preferred choice for laminating sheets, films and silicone.
Abrasion-resistant and jam-free: The smooth, dense surface prevents fine particles from becoming lodged in the mesh, making cleaning straightforward.
Applications
New Energy Photovoltaic Industry
Widely used in the drying, curing, lamination and conveying processes for photovoltaic cells, backsheets, adhesive films and modules. Its high-precision, seamless operation prevents scratches, misalignment and deformation of precision photovoltaic components, and reliably meets the high-precision, high-cleanliness and high-temperature process requirements of automated photovoltaic production.
Electronics and Electrical Industry
Suitable for the drying, curing, hot pressing and cleaning conveyance of PCBs, electronic components, flexible circuit boards and insulating materials. The products are insulated, anti-static, heat-resistant and free from dust shedding, effectively protecting precision electronic components, preventing electrostatic damage and contamination by impurities, and ensuring production accuracy and yield rates for electronic products.
Chemical and Composite Materials Industry
Suitable for applications such as the drying of chemical materials, resin curing, rubber and plastic moulding, hot pressing of fibreglass composite materials, and anti-corrosion coating processes. With excellent resistance to acids, alkalis, corrosion and high temperatures, these products can handle various corrosive and high-temperature curing conditions, making them suitable for the processing and production of special materials.
