0.8mm Thickness Multilayer Sandwich Fiberglass 3D Fabric

• Customization: Available
• Shape: 3D Fabric
• Fiber Characteristics: E-Glass
• Model NO.: 2901CB
• Diameter of Filaments: 13um
• Fiber Appearance: Continous Fiber
• Glass Composition: E-Glass
• Width: 1200-2600mm
• Weight: 610GSM
• Thickness: 0.8mm
• Transport Package: Carton with Pallet
• Specification: A Grade Quality
• Trademark: union
• Origin: China
• HS Code: 70193100
• Production Capacity: 50000m2/Month

Product Description

Product Description

It is woven from E glass yarn and consists of two surfac(deck) layers connected together by vertical links(piles).These links are woven together with the surface layers thus forming an integrated sandwich sructure.When a thermoset resin such as ployester or epoxy is added to the 3D glass fabric and lightly rolled,the surface fabric is impregnated with the resin.Capillary action also wets out the connecting links,so that when the fabric rebounds to its full height a hollow core is formed(much like the tree trunks in a forest).This one-step process forms a sandwich laminate that offers excellent strength,stiffness,light weight and durability.
During impregnation the fabric is compressed but immediately rebounds to its original height,resulting in a lightweight sandwich laminate.This sandwich laminateforms the basis of the most technology-advanced applications.The integral sandwich concept in which core and faces are integrated to build sandwich laminates from 3 to 22 mm.
 

Features

Light weight, High stiffness
Simple and effective lamination process
Outstanding performance in resistance to delamination      
Easy to make an angle curve
Hollow structure
High design-versatility

 

Technical Data Sheet

 

Item	Data	Unit
Width	1200~2600	mm
Gram Weight	610	g/m2
Warp Density	112	inch
Weft Density	28	inch
Thickness	0.8	mm
Tensile Strength
Warp	4100	N/5cm
Weft	4900	N/5cm

 

NOTE: The technical parameters are attained on the condition that the ratio of 3D perform to designated resin is 1:1.1, what's more, resins with different species, brand and different dosages makes a difference to the final mechanical properties. The mechanical performance in weft direction is better than those in warp direction.

Detailed Photos

 

Packing photos

Applications

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