3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

                            3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

                            3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

                            3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

                            3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank

3d hollow glass fiber orthogonal woven non-crimp fabrics sandwich composites used in fiberglass tank,jiahe,Metallurgy, Chemicals,Minerals & Metallurgy,Fiberglass Products,Fiberglass Cloth
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Description

Overview
Quick Details
Place of Origin:
Jiangsu, China (Mainland)
Brand Name:
jiahe
Model Number:
JHLTK10-1300
Application:
Wall/Roof covering Cloth
Weight:
936g
Surface Treatment:
Silicon Coated
Width:
1300mm
Weave Type:
Plain Woven
Yarn Type:
E-Glass
Alkali Content:
Alkali Free
Standing Temperature:
260
Product name:
3d hollow glass fiber orthogonal woven non-crimp fabrics
Color:
White
Density:
depend on customer requirement's
Thickness:
10mm
Material:
100% E-glass fiber
Good Features:
Light weight, high strength,Structural design,ect..
Origin:
3D Fiberglass abric
Yarn:
continuous filament yarn
Service:
provide free sample
width:
1300mm

Packaging & Delivery

Selling Units:
Single item
Single package size: 
142X28X28 cm
Single gross weight:
250.0 kg
Package Type:
1roller/ctn
Lead Time :
Quantity(Square Meter) 1 - 1000 1001 - 5000 >5000
Est. Time(day) 15 30 To be negotiated
products details

3D fabric is an integral glass fiber three -dimensional fabric ,it is composed of two deck layers and an intermediate connecting glass fiber yarn ,with the thickness 3-3O mm. According to customer requirements,the density and thickness can be designed . On the basis of the composite materials ,the shape of core Z fiber space can be designed, suchas "8" , "O", "V" etc


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