Fabric Based Industrial Laminates
Fabric based Industrial Laminates, also known as Synthetic Resin Bonded Fabric (SRBF), Phenolic Canvas Laminate, or Phenolic Cotton Cloth Laminate, are premium heavy-duty engineering materials made by bonding multiple layers of high-quality cotton fabric with phenolic resin under high heat and pressure. These sheets deliver exceptional mechanical strength, wear resistance, and vibration damping while maintaining good electrical insulation properties. They serve as a tough, economical alternative to metals, engineering plastics, and paper-based laminates in demanding industrial environments.
Specifications
Key Features
- Superior mechanical strength
- Excellent electrical insulation
- High temperature resistance
- Chemical and moisture resistance
- Fire retardant properties
Key Benefits
- Superior Mechanical Strength & Rigidity – Excellent load-bearing capacity and impact resistance.
- Outstanding Wear & Abrasion Resistance – Low friction surface performs reliably against metal and plastic parts.
- Easy Machinability – Can be easily drilled, milled, turned, cut, and shaped using standard workshop tools.
- Good Thermal Resistance – Continuous operating temperature up to 120–130°C.
- Vibration & Noise Reduction – Effective damping properties reduce operational noise.
- Low Moisture Absorption – Maintains dimensional stability in humid conditions.
- High Dielectric Strength – Reliable electrical insulation for panels and components.
- Long Service Life – Cost-effective and durable in harsh industrial settings.
Common Applications
Mechanical & Engineering:
- Gears, pulleys, bushes, bearings, and wear pads
- Spacers, jigs, fixtures, and thrust washers
- Machined parts for heavy machinery
Electrical & Power Sector:
- Switchgear panel boards and structural supports
- Terminal boards, mounting plates, and electrical panels
- Transformer insulation components
Textile, Paper & Marine Industries:
- Loom shuttles and textile machine parts
- Components exposed to moisture and continuous wear
- Maritime and wet-environment applications
Why Industries Prefer This Product
Fabric-reinforced phenolic laminates offer a perfect balance of strength, machinability, and cost-effectiveness. They outperform paper-based Bakelite/Hylam in mechanical applications while providing better value than many thermoplastics or metals. Their ability to withstand shock, vibration, and continuous wear makes them ideal for long-life components in heavy industries.
Looking for a Reliable Manufacturer, Supplier & Exporter in India?
Yes — you've come to the right place.
We are a trusted Fabric Hylam manufacturer and exporter based in Gujarat, India, specializing in premium-quality Phenolic Cotton Fabric Laminates (SRBF). Whether you need standard sheets or precision custom-cut components as per your drawings, we deliver exactly what your project demands.
Our Expertise Includes:
- Custom Cutting & Machining – We cut Fabric Hylam pieces to your exact specifications and drawings with high accuracy.
- Grade Comparison & Recommendation – Expert guidance on choosing the right grade: fine cotton fabric, heavy canvas weave, or paper-based laminates, depending on your mechanical strength, wear resistance, or electrical requirements.
- Material Weight Calculations – Precise weight calculations for any sheet size, thickness, or custom component to help you with costing, logistics, and inventory planning.
From small prototypes to large industrial orders, we support clients across India and global markets with consistent quality, competitive pricing, and fast turnaround.
- ✓ Local Gujarat Supplier
- ✓ PAN India & International Export
- ✓ Custom Fabrication as per Drawing
- ✓ Technical Support & Grade Selection
Frequently Asked Questions
Q1: What is the difference between Fabric Hylam and Paper Hylam? +
Fabric Hylam (SRBF) uses cotton cloth reinforcement, giving it much higher mechanical strength, impact resistance, and wear properties compared to paper-based Hylam (which is better suited for pure electrical insulation).
Q2: What is the maximum temperature Fabric Hylam can withstand? +
It handles continuous operating temperatures up to 120–130°C. Short-term exposure to higher temperatures is possible depending on the grade.
Q3: Can Fabric Hylam Sheets be machined easily? +
Yes. They machine cleanly with standard tools — drilling, milling, turning, tapping, and grinding all work well. This makes custom component production straightforward and cost-effective.
Q4: Is Fabric Hylam suitable for outdoor or wet environments? +
It performs well in humid and marine conditions due to low moisture absorption. However, prolonged direct exposure to UV or extreme weather may require additional protection.
Q5: What thicknesses are available in stock? +
We maintain ready stock from 1 mm to 100 mm. Popular thicknesses (3 mm, 5 mm, 6 mm, 8 mm, 10 mm, 12 mm, 15 mm, 20 mm, 25 mm, etc.) are usually available for immediate dispatch.
Q6: Does Fabric Hylam provide electrical insulation? +
Yes. It offers good dielectric strength (9–15 kV/mm) and is widely used in electrical panels, switchgear, and terminal boards, though it is preferred for structural/mechanical roles over pure high-voltage insulation.
Q7: Is it flame retardant? +
It has moderate flame resistance and is self-extinguishing, meeting many industrial safety requirements.
Q8: Can you supply custom machined parts from Fabric Hylam? +
Absolutely. We can supply finished components such as gears, bushes, wear plates, and insulators as per drawings.
Q9: What are the main advantages over metals or engineering plastics? +
Lower cost, lighter weight, excellent vibration damping, no corrosion, and superior wear performance in many sliding applications.
Q10: How should Fabric Hylam Sheets be stored? +
Store flat in a cool, dry place away from direct sunlight to maintain flatness and properties.