Direct Roving Glass Fibres

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MOQ : 35 Kilograms, ,

Direct Roving Glass Fibres Specification

Elasticity
High

Elongation
Low

Staple Length
Continuous Filament

Crimp Recovery
Excellent

Material
Polyester

Fiber Length
Continuous

Fineness (%)
0.8-2.0

Pattern
Dyed

Use
Filling Material

Feature
Anti-UV

Direct Roving Glass Fibres Trade Information

Minimum Order Quantity
35 Kilograms, ,

Payment Terms
Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Cheque

Supply Ability
100 Kilograms, , Per Day

Delivery Time
1 Days

Main Domestic Market
South India

About Direct Roving Glass Fibres

Clients can avail from us Direct Roving which is an E-glass continuous fiber having a single end. This type of roving has compatibility with different materials like Polyester (UP), Vinylester (VE) and Epoxy (EP). Having unique abilities, this type of roving is used for laminates and profiles. Clients also use it for weaving and knitting purposes. Before shipping we pack Direct Roving using tacky-pack or shrinkage packing.

Suitable for:

Weaving
Filament winding
Pultrusion
Thermoplastics compounding
Multi-axial fabrics

Used in:

FRP grating
Fishing rod
Umbrella pole
Tent pole

Technical Specification

Linear weight (Tex)	Size Content (%)	Moisture content (%)	Fibre Diameter (Microns)
150 10% ,300	0.40 0.20	0.20 max.	13
600 10% ,1200	0.40 0.20	0.20 max.	16

Characteristics:

Internal Diameter (mm)	240
Height (mm)	250
Net weight (Kilos) Full Cheese Partial Cheese	10 20 05 10

Superior Mechanical and Thermal Performance

With tensile strength exceeding 1200 MPa and thermal resistance up to 800C, these glass fibres assure robust performance in demanding industrial environments. Their high elasticity and low elongation further enhance material durability, making them ideal for structural applications.

Versatile Resin Compatibility for Composite Benefits

The silane binder ensures reliable adhesion and seamless integration with Unsaturated Polyester, Vinyl Ester, Epoxy, and Phenol Formaldehyde resins. This versatility allows manufacturers to use the fibres in a wide array of composite products, optimizing strength and longevity.

FAQs of Direct Roving Glass Fibres:

Q: How are Direct Roving Glass Fibres typically used in industrial applications?

A: These fibres are primarily utilized as filling or reinforcing materials in composite fabrication due to their continuous length, high strength, and excellent elasticity. They enhance the mechanical properties of end products such as panels, pipes, and automotive parts.

Q: What is the process for integrating these glass fibres with resins?

A: The fibres are laid or wound into molds and then impregnated with compatible resins like UP, VE, EP, or PF. The silane binder facilitates strong bonding between the fibre and resin, followed by curing to produce durable composite structures.

Q: When should these fibres be selected for a project?

A: These fibres are ideal when projects demand high-strength reinforcement, thermal tolerance up to 800C, and compatibility with various resins. They suit both load-bearing and high-temperature industrial solutions.

Q: Where are these Direct Roving Glass Fibres sourced from?

A: They are manufactured and supplied in India by reputable companies specializing in industrial-grade fibre production, ensuring consistent quality and reliable supply for domestic and international clients.

Q: What benefits do the anti-UV properties and high crimp recovery offer?

A: Anti-UV features protect composites from degradation due to sunlight exposure, while excellent crimp recovery ensures the fibres regain shape after deformation, improving the resilience and lifespan of finished materials.

Q: How does the packaging ensure product integrity during transportation?

A: The palletized packaging secures large quantities of fibres, preventing damage, moisture uptake (kept below 0.15%), and maintaining structural integrity from manufacturer to end-user.

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