3D Fiberglass Fabric is a new material, which consists of two decklayers bonded together by vertical piles,these piles are woven into the decklayers thus forming an integral sandwich structure. Warp direction shows 8 –shape as a typical structure characteristic.
3D Fiberglass Fabric represents a strong designability,piles density (both in x and y directions), the height of the piles, the types and thickness of Glass fibers all could be designed, based on this, it could be developed to a variety of products with different performances and functions according to customers' specific requirements.
3D Fiberglass Fabric overcomes many disadvantages such as delamination and poor impact resistance,which are shown on conventional honeycomb core and foam core materials. Furthermore, it has a series of advantages like light-weight, corrosion resistance, high specific strength and modulus ,high impact damage tolerance etc.

 

Features of 3D Fiberglass Reinforced Composite

1.Weight reducing , High strength;
2,Great resistance against delamination;
3,High designability;
4,Space between both decklayers can be multi-functional (embedded with sensors and wires or infused with foam);
5,Simple and effective lamination process;
6,Thermal and sound insulated, Wave transmittable.

 

Applications

After being resined, 3D Fiberglass Fabric has a superior property both mechanically and chemically. Due to the advantages of light weight,high strength, corrosion resistant and special interstitial structure, resined 3D Fiberglass Fabric is often used as framework components in various industries over the world.

Specification of 3D glass fabrics

Type	Thickness (mm)		Weight (kg/㎡)		Width(mm)
	Laminate	Face	Fabric	Laminate
E3P	3.0	0.4	0.78	1.65	1220
E5P	5.0	0.4	0.83	1.76	1220
E8P	8.0	0.4	0.92	1.95	1220
E10P	10.0	0.6	1.34	2.84	1220
E12P	12.0	0.6	1.42	3.01	1220
E15P	15.0	0.6	1.51	3.20	1220
E18P	18.0	0.6	1.58	3.35	1220
E22P	22.0	0.6	1.74	3.60	1220