Reinforcements

A non‑woven mat of short randomly‑oriented glass fibres bound together, ideal for hand‑lay up of boat hulls, panels, tanks and general FRP parts

High‐performance fabric made of carbon fibre that offers excellent stiffness and strength, used in aerospace, motorsport, high‑end sporting goods and premium structural components

A layered fabric with fibres oriented in multiple directions (e.g., 0/90/±45) for multi‑directional strength, used in wind turbine blades, marine hulls, complex load‑bearing composite structures

A heat-resistant fabric with exceptional thermal stability, perfect for high-temperature applications like furnace linings and fire protection

A complex woven fabric offering reinforcement in multiple directions, ideal for high-performance composites requiring superior impact resistance

A bidirectional fabric made by weaving direct rovings, used for high‑strength laminates like boat decks, storage tanks, structural panels

A fabric made from aramid fibres (e.g., Kevlar) with excellent impact resistance and toughness, used in ballistic panels, protective gear, high‑impact composite parts

A fabric with two main fibre directions (commonly 0°/90°) providing balanced strength in both directions, used for flat panels, sheets, structural laminates

A fabric incorporating conductive fibers for flexible, lightweight circuits, used in wearable electronics and smart textiles

Continuous glass fiber yarns that provide high tensile strength and flexibility, used for weaving composite fabrics in construction and marine industries

A very fine non‑woven layer placed at the surface of laminates to give a smooth finish and reduce print‑through

A sandwich core material (non‑woven or specialty fabric) used between skins to build thickness and stiffness, used in panels, boat hulls, wind turbine blades

A lightweight nonwoven layer that enhances surface finish and prevents print-through, ideal for automotive and marine composite surfaces

​A reinforcement mat made of continuous fibers providing uniform strength, used in structural automotive and aerospace components