Product Introduction: F-weight Cotton-Polyester Woven Base Fabric with PVA Impregnation
Product Overview
Our F-weight abrasive products combine a robust cotton-polyester woven base fabric with advanced PVA (Polyvinyl Alcohol) impregnation technology, delivering superior performance in medium-to-heavy duty grinding and polishing applications. Designed for industrial machinery and demanding environments, this solution balances strength, flexibility, and durability to optimize productivity while minimizing downtime.
Key Features & Benefits
F-weight Base Fabric
Medium-to-Heavy Strength: With a grammage of 170–250 g/m² , F-weight fabric provides higher tensile strength and abrasion resistance than standard D-weight (≈130 g/m²) while maintaining better flexibility than X-weight (>250 g/m²).
Cotton-Polyester Blend: A 65% polyester + 35% cotton mix ensures a balance of rigidity (from polyester) and softness (from cotton), ideal for conforming to curved surfaces without compromising durability.
PVA Impregnation Technology
Enhanced Heat Dissipation: PVA’s micro-porous network channels heat away from the workpiece, preventing thermal damage to both the material and the abrasive.
Self-Cleaning Properties: The hydrophilic nature of PVA attracts and retains debris, allowing the abrasive to maintain consistent cutting efficiency even in high-dust environments .
Flexible Bonding: PVA forms a resilient, elastic film that holds abrasives securely while enabling the product to adapt to irregular surfaces, reducing the risk of scratches or uneven finishes.
Chemical Resistance: PVA is resistant to oils, solvents, and moisture , extending the product’s lifespan in harsh industrial settings.
Performance Advantages
Longevity: The combination of F-weight fabric and PVA impregnation results in 2–3 times longer service life compared to conventional abrasive products under similar conditions.
Consistent Finish Quality: The elastic PVA matrix ensures uniform abrasive distribution, minimizing surface imperfections and achieving mirror-like finishes on metals, composites, and wood .
Versatility: Suitable for both dry and wet grinding , making it adaptable to diverse applications and environments.
Applications
Metal working: Deburring welds, removing rust/paint, and finishing stainless steel, aluminum, or titanium alloys.
Wood working: Profiling edges, sanding hardwoods, and preparing surfaces for coatings.
Composite Processing: Polishing carbon fiber, fiberglass, or acrylic materials without delamination.
Stone & Glass: Smoothing marble, granite, or glass edges with minimal chipping .
Technical Specifications
Parameter Value
Base Fabric Weight 170–250 g/m² (F-weight)
Material Composition 65% Polyester / 35% Cotton
Abrasive Types :Aluminum Oxide, Silicon Carbide
Temperature Resistance Up to 150°C (dry) / 80°C (wet)
Tensile Strength ≥2000 N/cm (machine direction)
Tensile Strength ≥950 N/cm (machine direction)
optimal results.
Store in a dry, cool environment (humidity ≤60%) to prevent PVA degradation.
Replace when abrasive wear exceeds 50% or visible damage to the base fabric occurs.
Why Choose Our F-weight PVA Impregnated Abrasives?Our solution bridges the gap between heavy-duty performance and precision finishing, offering unmatched reliability in challenging industrial applications. By combining advanced materials science with rigorous quality control, we deliver abrasives that maximize throughput while minimizing operational costs.
Contact Us For customization options, bulk orders, or technical support, please reach out to our team Let us help you elevate your grinding and polishing processes.
Keywords: F-weight abrasive, PVA impregnated, cotton-polyester air-jet, industrial grinding, composite polishing, self-cleaning abrasives, heat-resistant abrasives.
Technical data sheet | |
Abrasive Backing Cloth | |
base Material : | OE 100% Cotton |
GSM: | 225g |
Thickness(MM) | 0.3mm |
Tensile Strength(warp) | 906.20N on average |
Tensile Strength(Weft ) | 384.40N on average |
Elongation at Break (warp) | 6.5% |
Elongation at Break (Weft ) | 12.20% |
Elongation at 600N (Warp) | 4.4 |