Stitch Fiberglass Combo Mat Gsm 300 Adding 30g Surface Tissue For Cooling Tower

Place of Origin CHINA
Certification ISO 9000
Model Number EMK300-80
Minimum Order Quantity 500kgs
Price negotiatable
Packaging Details each mat is wound onto a paper tube of ID76mm, wrapped up in plastic film and packed in woven bag. 9 roll a pallet a 20' container can hold 10 pallets
Delivery Time 7 DAYS
Payment Terms T/T, L/C
Supply Ability 20MT A WEEK

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Product Details
Material C Glass And E Glass Fiber Width ≤3200
Weight 270g+30g Character No Binder And Easy Wet-out
Color White Application Cooling Tower
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Fiberglass Stitched Combo Mat


Gsm 300 Fiberglass Combo Mat


Cooling Tower Fiberglass Combo Mat

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Product Description

High Quality Glass Fiber Stitch Combo Gsm 300 Adding 30g Surface Tissue For Cooling Tower


It is made of 30g/m2 surface tissue as the base layer, above then non-uniform glass fiber short-cut of a mat of 270g/2 with nylon thread knitted together. It can be used for  FRP cooling tower.

Stitch Fiberglass Combo Mat Gsm 300 Adding 30g Surface Tissue For Cooling Tower 0


1. Quickly wet out(resin), good molding property, easy to delete air bubbles.

2. Evenly distribution of fiber and blinder.

3. The composite products have high dry and wet tensile strength and good transparency.

4. Uniform density ensure consistent fiberglass content and mechanical properties of the composite products.



Product NO.

Overall Weight


Chopped Roving


Fiberglass Surface Mat




EMKS 330 330 300 30 150 - 3200
EMKS 430 430 400 30 150 - 3200
EMKS 350 350 300 50 150 - 3200
EMKS 450 450 400 50 150 - 3200
EMKS 380 380 300 80 150 - 3200
EMKS 480 480 400 80 150 - 3200




No binder and good resin wet out performance

Good strand dispersion and felt of uniform thickness                    

Good moldability and easy roll-out

Stitched together with polyester thread resulting in high wet tensile strength




Compatiable with resinforeced unsaturated polyester resin, vinylester resin, epoxy resin, phenolic resin and polyurethane resin etc.

Forming process includes winding, pultrusion, RTM, hand lay-up and lamination etc.

The typical end-use applications are winding pipe, storage tank, pultruded profile, anodic tube, FRP boat hull and refrigerator car panels etc.