Technical Date Sheet
Glass Fiber Chopped Strand Mat
Glass Fiber Chopped Strand Mat Description
E-Glass Fiber chopped strand mat is a kind of non-woven glass fiber reinforced material, which is made by chopping glass fiber first, then be settled down non-directional and uniform, adding some powder or emulsion binder. It is mainly used for hand laying up process and laminating process, easy to process, with excellent forming performance. Chopped strand mat can be saturated with resin fast, with high transparency, at the same time, uniform fiber makes the products smooth on surface during the lamination process, good performance on coating model.
Glass Fiber Chopped Strand Mat Characteristics
Mainly used for tank, winding pipe products, the surface layer of the glass products. Can improve the surface corrosion resistance and enhance the compressive strength for finished fiber glass products, prevent leakage, prolong the service life.
Hand laying up type glass fiber mat is mainly used for hand laying up product with complex geometric curve, it is with excellent coating model performance, rapid resin saturated speed, can improve the strength and corrosion resistance performance for finished glass fiber mat products.
|
|
|
|
Technial Specification: Spec. (g/sqm) Width (mm) Area Weight (g/m2) Moisture Content Combustible Content (%) Powder (EP) Emulsion (EE) CSM100g/m2 (50~3120)±5 100±10% ≤0.20% 8.0-9.8 7.5-8.0 CSM120g/m2 (50~3120)±5 120±10% ≤0.20% 8.0-9.8 7.5-8.0 CSM200g/m2 (50~3120)±5 ...
It is a non-woven E glass fiber mat by spreading continuous filament roving of 50mm in length randomly and uniformly bounded by powder or emulsion binder. The mats are compatible with unsaturated polyester, vinyl ester and PU resins. Mainly used in hand lay-up, filament winding ...
Glass Fiber Chopped Strand Mat Glass Fiber Chopped Strand Mat Description: E-Glass Fiber chopped strand mat is a kind of non-woven glass fiber reinforced material, which is made by chopping glass fiber first, then be settled down non-directional and uniform, adding some ...