Glass Fiber Woven Pre-Impregnated Fabric Fiberglass Prepreg

Product Description

Item	Weave	Weight  (g/m²)	Thickness	Width	Roll Length	Color
E-G-KEB105	Plain	105±5	0.1mm	0.9-2.2m	300m	white
E-G-KEB120	Plain	120±5	0.12mm	0.9-2.2m	300m	white
E-G-KEB140	Plain	140±5	0.14mm	0.9-2.2m	300m	white
E-G-KEB160	Plain	160±5	0.16mm	0.9-2.2m	300m	white
E-G-KEB180	Plain	180±5	0.18mm	0.9-2.2m	300m	white
E-G-KEB260	Plain	260±5	0.25mm	0.9-2.2m	200m	white
E-G-KEB340	Plain	340±5	0.30mm	0.9-2.2m	100m	white
E-G-KEB200	Plain	200±5	0.18mm	0.9-2.2m	100m	white
E-G-KEB430	Twill	430±5	0.43mm	0.9-2.2m	100m	white/yellow
E-G-KEB600	Plain Pane	600±5	0.55mm	0.9-2.2m	50m	white/yellow
E-G-KEB840	Satin	840±5	0.80mm	0.9-2.2m	50m	white/yellow
E-G-KEB1750	Satin	1750±5	1.65mm	0.9-2.2m	50m	white/yellow

 

Knitted Fabric reinforcements provide customized fiber placement and design flexibility to increase part strength and durability.

Knitted Fabric reinforcements are produced on large looms where fibers are directionally oriented (X and Y axis, or sometimes referred to as the 0°, 90° and 45° orientation) in multiple layers and then stitched together to keep the fibers in place. The resulting fabric is trimmed and rolled. This production process allows for a multitude of fiber orientation patterns, thickness, weight distribution and the incorporation of different types of reinforcements like carbon fiber or aramid fiber. Fabrics can be balanced, with the same amount of fiber used in both the X and Y axis or unbalanced with added fiber in one axis to provide more reinforcement strength in that direction. Using knitted fabrics allows for significant part or laminate design flexibility and is widely used in boat building, transportation, wind blades and recreational products where specific strength orientation in the laminate is optimal.

This product is an axial unidirectional composite material, laminated by glass fiber woven fabric and glass fiber mat through compound bonding process.

 

With only axial warp fibers arranged without redundant weft yarns, it features extremely high tensile strength along the warp direction, low weight and excellent structural stability.

 

The composite structure of glass fiber cloth and glass fiber mat greatly optimizes its integrity, impact resistance and layering performance. It is widely applied in composite reinforcement, industrial insulation, mold making, pipeline anticorrosion and FRP composite molding industries.