Glass Fiber Stitch Mat, Woven Roving Combo Mat

• Customization: Available
• Certification: ISO, Dnv,CCS
• Technique: Needle Mat
• Model NO.: fiberglasss mat
• Mat Type: Stitch Bonding Mat
• Fiberglass Type: E-Glass
• Width: 1250mm-2540mm
• Resin: Multi-Resin
• Process: Infusion
• Stardard Width: 1250mm
• Transport Package: Carton/Pallet
• Specification: 55KG/ROLL
• Trademark: TIANMA
• Origin: China
• HS Code: 70193100
• Production Capacity: 30000 Tons/Year

Product Description

Woven Roving Combo Mat

Brief Introduction
Woven roving combo mat is made of woven roving and chopped fiberglass strand , then stitched together with polyester yarn.
It can be used in processes like hand lay-up,RTM processes.
It is compatible with Polyester, Vinyl and Epoxy resin and widely used in boat building, Auto parts, refrigerated tools and structural sections industry etc, suitable for hand lay up, RTM, pultrusion, vacuum processes.

 
General Data

Code	Weight  (g/m2)	Woven roving (g/m2)	Chopped strand (g/m2)	% Moisture  Content	Wet speed (≤S)	Layer
EMK200/200	400	200	200	≤0.2	60	2
EMK300/300	600	300	300	≤0.2	60	2
EMK400/300	700	400	300	≤0.2	60	2
EMK500/300	800	500	300	≤0.2	60	2
EMK500/450	950	500	450	≤0.2	60	2
EMK600/300	900	600	300	≤0.2	60	2
EMK600/450	1050	600	450	≤0.2	60	2
EMK800/300	1100	800	300	≤0.2	60	2
EMK800/450	1250	800	450	≤0.2	60	2

 
Sepcification:
Roll width: Standard width in 1250mm, 1270mm, and other sizes depends on customer's real needs, available in 200mm to 2600mm.

Packaging and Stroage
Packaging: Fiberglass woven roving combo mat is usually rolled in a paper tube with inner diameter 76mm. The roll is warped with plastic film, then put into carton. Lay the rolls horizontally, and can be loaded on pallets and bulk in container.

Storage: The product should be stored in a cool, water-proof area. It is recommended that the room temperature and humidity be always maintained at 15ºC to 35ºC and 35% to 65% respectively. Please keep the product in its original packaging before being used, avoiding moisture absorption.