Direct Roving 300 Tex to 4800 Tex About
| Type |
Continuous Strand |
| Color |
Gray |
| Packaging Type |
BOBIN |
| Size |
6ft |
| Weight |
5Kg |
| Quantity Per Pack |
12 |
| Country of Origin |
Made in India |
For the varied requirements of our customers, we are involved in presenting a broad series of 600 Tex to 4800 Tex Direct Roving. These products are extremely well-liked by our valued clientele.
Features:
- Application specific design
- High strength
- Easy to use
- Water resistance
- Long lasting
Additional Information:
- Production Capacity: 800 TON
- Delivery Time: 2 TO 3 DAYS
- Packaging Details: PALLETE PACKING AND BOX PACKING
Superior Mechanical PerformanceOur direct roving exhibits a tensile strength exceeding 2000 MPa and elongation at break over 2.5%, delivering exceptional performance in structural composite applications. The consistent diameter (13-24 microns) and controlled moisture content (<0.10%) ensure uniform strength and processability across diverse production setups.
Versatile Applications and CompatibilityEngineered with silane-based sizing, this direct roving ensures seamless integration with epoxy, polyester, and vinyl ester resin systems. It supports a wide range of applications including pultrusion, weaving, filament winding, geogrids, panel making, and more, making it highly adaptable for numerous industries.
Precision Packaging and StorageEach bobbin is precision-wound and packaged to maintain product integrity and minimize handling damage. Standardized bobbin sizes and weights (270mm height x 260mm diameter, 15-20 kg) facilitate storage and transport. With a storage life of up to 12 months when kept in dry conditions, the roving remains ready for use when needed.
FAQ's of Direct Roving 300 Tex to 4800 Tex:
Q: How is Direct Roving used in composite reinforcement applications?
A: Direct Roving is typically fed directly into processes such as pultrusion, filament winding, and weaving, where it acts as a primary reinforcement material in composite parts. Its uniform multi-filament structure and high tensile strength make it ideal for manufacturing panels, tubes, geogrids, and structural profiles.
Q: What types of resin systems are compatible with this Direct Roving?
A: Thanks to its silane-based surface treatment, this direct roving is fully compatible with epoxy, polyester, and vinyl ester resin systems. This flexibility makes it suitable for a broad spectrum of composite manufacturing techniques.
Q: When should I use different yarn counts such as 300 Tex, 1200 Tex, or 4800 Tex?
A: The selection of yarn count depends on your application's strength, thickness, and processing requirements. Finer tex (300, 600) are best for weaving lightweight fabrics or intricate profiles, whereas higher tex (1200, 2400, 4800) are used for heavy, structural parts requiring enhanced mechanical properties.
Q: Where is this Direct Roving typically applied in industry?
A: This direct roving sees widespread use in automotive, construction, marine, sports goods, pipe fabrication, and geogrid production sectors throughout India. Its versatility and reliability make it an essential component for manufacturers seeking robust composite reinforcement.
Q: What is the maximum operating temperature for this E-glass Direct Roving?
A: The E-glass composition of the direct roving allows continuous use at temperatures up to 600C, making it suitable for applications exposed to high thermal demands, such as pipes and structural reinforcements in elevated-temperature environments.
Q: How should the Direct Roving be stored to maintain product quality?
A: For optimal shelf life and performance, the roving should be kept in a dry environment, away from direct sunlight, with a storage life of up to 12 months. Proper packaging ensures the product remains dust-free and undamaged until use.
Q: What are the benefits of using silane-coated Direct Roving in composites?
A: Silane coating significantly enhances the adhesion between glass fibers and resin matrices, improving the mechanical properties and longevity of the final composite product. It also increases the resistance to moisture and chemical attack, ensuring consistent performance in demanding environments.