Build ultimate strength and structural integrity into your composite parts with our CDM 0/90 3610 Biaxial Fiberglass Fabric. This exceptionally heavy-weight E-glass fabric features fibers precisely oriented at 0 and 90 degrees, delivering maximum tensile and compressive strength along the primary axes.

The “3610” style combines a massive 36 oz/yd² biaxial layer stitched securely to a medium-heavy (~1.0 oz/ft²) chopped strand mat (CSM) backing. This robust construction offers unparalleled advantages:

• Extreme Targeted Strength:Provides the highest degree of reinforcement in two perpendicular directions (warp and fill), ideal for the most demanding structural applications.
• Rapid & Substantial Bulk:The combination of a very heavy biaxial and a significant mat layer builds laminate thickness extraordinarily fast, minimizing the number of layers required for massive structures.
• Superior Handling for Heavy Materials:The integrated CSM backing significantly aids in handling, cutting, and positioning this heavy fabric, preventing excessive fraying and facilitating faster lay-up.
• Enhanced Resin Absorption & Bonding:The substantial mat backing creates an optimal resin-rich interface, ensuring excellent adhesion between plies, aiding in rapid wet-out, and effectively preventing print-through on thicker laminates.
• Broad Resin Compatibility:Engineered for seamless integration with Polyester, Vinyl Ester, and Epoxy resin systems, offering versatility for diverse project requirements.

Perfect for the most rigorous applications in heavy boat building (hulls, transoms, keels), large industrial components, structural beams, and any FRP fabrication where maximum strength, stiffness, and rapid bulk build-up are paramount.

Key Features:

• Product Code:CDM 0/90 3610
• Fiber Type:E-Glass
• Construction:0°/90° Biaxial Stitched Fabric + Chopped Strand Mat Backing
• Weight:36 oz/yd² (biaxial) + 1.0 oz/ft² (mat)
• Width:[Specify Width, e.g., 50 inches or 60 inches, as found in search results for similar products]
• Resin Compatibility:Polyester, Vinyl Ester, Epoxy