Factory Promotional Fire Proof Kraft Paper Fsk - Fiberglass Laid Scrims – Ruifiber

Product Detail

Fiberglass Laid Scrims Brief Introduction

Scrim is a cost-effective reinforcing fabric made from continuous filament yarn in an open mesh construction. The laid scrim manufacturing process chemically bonds non-woven yarns together, enhancing the scrim with unique characteristics.

Ruifiber makes special scrims to order for specific usages and applications. These chemically bonded scrims permit our customers to reinforce their products in a very economical manner. They are designed to satisfy our customers’ requests, and to be highly compatible with their process and product.

Fiberglass Laid Scrims Characteristics

1.Dimensional stability
2.Tensile strength
3.Alkali resistance
4.Tear resistance
5.Fire resistance
6.Anti-microbial properties
7.Water resistance

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Fiberglass Laid Scrims Data Sheet

Item No.	CF12.5*12.5PH	CF10*10PH	CF6.25*6.25PH	CF5*5PH
Mesh Size	12.5 x 12.5mm	10 x 10mm	6.25 x 6.25mm	5 x 5mm
Weight (g/m2)	6.2-6.6g/m2	8-9g/m2	12-13.2g/m2	15.2-15.2g/m2

The regular supply of non-woven reinforcement and laminated scrim is 12.5×12.5mm,10x10mm,6.25×6.25mm, 5x5mm,12.5×6.25mm etc. The regular supply grams are 6.5g, 8g, 13g, 15.5g, etc.With high strength and light weight, it can be fully bonded with almost any material and each roll length can be 10,000 meters.

Fiberglass Laid Scrims Application

a) Aluminum Foil Composite

Nove-woven laid scrim is widely applied in aluminium foil industry. It can help manufacture to develop the production efficiency as the roll length can reach 10000m. It also makes the finished product with better apperance.

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b) PVC Flooring

PVC Flooring is mainly made of PVC,also other necessary chemical material during manufacture. It is produced by calendering,extrusion progress or other manufacture progress, it is devided into PVC Sheet Floor and PVC Roller Floor. Now all major domestic and foreign manufactures are applying it as the reinforcement layer to avoiding the joint or bulge between pieces, which is caused by the heat expansion and contraction of materials.