Fiber Glass Roving

We offer a range of assembled Fiberglass Chopped Roving with high strand integrity and a silane-coupling agent. Our Fiberglass Chopped Roving is compatible with unsaturated polyester resins. In order to maintain the highest standards of quality, we have streamlined our work procedures in accordance with the international guidelines of quality. Our Fiberglass Chopped Roving is quality tested at each stage under the supervision of our experts. We offer clients our Fiberglass Chopped Roving that is made using high quality materials to ensure flawless performance.

Attributes

• Superior quality
• Compatible with unsaturated polyester resins
• High performance
• High strength

Applications

• Electrical Industry
• Automotive Industry
• Construction Industry

Fiberglass Roving - A multitude of glass filaments or yarns that are grouped together in a primarily parallel configuration, having no twist. We offer Fiber Glass Roving that is drawn out of non-alkali original glass fiber and pretreated by specific moisturizing agent and couplant, which are developed according to each kind of plastics property, so as to meet different needs of plastics. if is the ideal reinforced material in manufacturing engineering plastics by using the press-shaped technique. It is widely used in plastics of pa, pel, pc and PP.

Fiberglass mesh Feature:

1) Fiberglass Roving in high quality.
2) factory with Platinum Crucibles.
3) Woven with Quality Guarateed Yarn and Roving.
4) Glass:   C-glass

Packing details :- min order 1500 kg

                         30 kg / PVC bag

Our Advantage

We produce the material for fiberglass roving, so our price is always lower a lot in the same quality,compare with other fiberglass mesh in India ,and we guarantee more stable quality and delivery time.

Features and Benefits

The unique features of the product include: .

1.       Excellent strand integrity, rare fizz

2.       Good dispersion and easy flowing

3.       Low static electricity

4.       Good processing and mechanical properties of the end products

5.       Quick wet-out by resin

6.       No fiber sticking out at the surface of the end products