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Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade

China Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade, Find details about China Fiberglass Netting, Industrial Scrim from Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade

Model NO.
G-105A
Bonding
PVC or Other Polmeric Coating
Mesh Size
3X2 ~ 20 X 20 mm
Yarns
Typically Fiberglass or Polyester Filament
Laminating
Glass Veil or Polyester Non Woven Tissue
Width
Max. 2500 mm
Length
Max. 10, 000 Meter
Linear Density
34 Tex, 68 Tex or Other
H.S. Code
701990
Functions
Reinforcement and Stabilization
Trademark
ECL
Transport Package
Standard Exporting Packing
Specification
6 ~ 30g/m2
Origin
Jiangsu, China
HS Code
701990
Model NO.
G-105A
Bonding
PVC or Other Polmeric Coating
Mesh Size
3X2 ~ 20 X 20 mm
Yarns
Typically Fiberglass or Polyester Filament
Laminating
Glass Veil or Polyester Non Woven Tissue
Width
Max. 2500 mm
Length
Max. 10, 000 Meter
Linear Density
34 Tex, 68 Tex or Other
H.S. Code
701990
Functions
Reinforcement and Stabilization
Trademark
ECL
Transport Package
Standard Exporting Packing
Specification
6 ~ 30g/m2
Origin
Jiangsu, China
HS Code
701990
Non Woven Fiberglass Laid Scrims 
 

EDENGENE COMPOSITES fiberglass laid scrim can be used as a backer to the heating element in radiant flooring applications.  This helps with installation spacing and also allows for effective bonding using floor coatings or fasteners.


Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade
Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade

Introduction:
This laid Scrim is a kind of economic reinforcing non-woven fabric made from continuous filament yarn(Fiberglass, or Polyester etc.) in square shape of an open mesh construction with an ultra-light mass unit (6-28g/m2), which generally applies to increase tear strength, dimensional stability, facilitate handling or act as a carrier of adhesive to be used in secondary bonding. It is typically applied when woven fabrics are too heavy and knitted products are too pliable for the application. 

The scrim producing process by chemically bonds non-woven yarns, also are able to enhancing the scrim with a unique glass/polyester veil, that allows for various customized demands. 

Features and benefits:

• Dimensional stability                        • Tear resistance
• Tensile strength                                 • Water resistance
• Fire resistance                                    • Antibacterial

Applications:
• Composite reinforcements                • Packaging
• Flexible membranes                           • Flooring reinforcement
• Insulation                                            • Roofing and water-proofing            
• Wall reinforcements                           • other customized applications

Laid scrims are used in packaging, flooring, tapes, automotive, composites, hygiene, medical, and many other industries.

Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade

Some Examples of Applications:

Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade
Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade
Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade

Triaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind BladeTriaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind BladeTriaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind BladeTriaxial Laid Scrim for Carbon Prepreg in Composites Manufacturing- Carbon Beam of Wind Blade


 
Company name Changzhou Edengene Composites Co., Ltd.
Contact Person Mr Jim Xue
  


Welcome to call or visit us for more information !

 

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