Fiber Yarns

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Fiber Yarns Specification

Coating Type
Silicone Coated

Temperature
Up to 550C

Thermal Conductivity
0.035 W/mK

Thickness
0.1 mm - 2.0 mm

Usage & Applications
Filtration, Insulation, Reinforcement

GSM
30 - 1600 GSM

Shape
Yarn

Density
2.6 Gram per cubic centimeter(g/cm3)

Glass Type
E-glass

Material
Glass Fiber

Application
Industrial, Weaving, Knitting, Textile Industry

Technique
Woven

Surface Treatment
Siliconized, Anti-Static

Dimension (L*W*H)
As per requirement

Packaging Type
Roll/Bobbin Packaging

Moisture Content
0.2%

Filament Diameter
6-13 microns

Twist Direction
S/Z Twist

Tensile Strength
High

Length per Roll
Customized as per requirement

Fire Resistance
Excellent

Elongation at Break
2.5% (approx.)

Color
White, Off White

pH Resistance
4-9

About Fiber Yarns

We bring forth an exclusive gamut of Fiber Yarns for our most valued clients in various specifications. We make our products available for our customers only after a series of quality checks. Our Fiberglass Yarn is safe and complete hazard proof. Our stock comprises C and E glass made yarns that are extensively used in areas such as electrical insulation and fire proofing applications.

We import & trade in various Fibre Glass yarns of C Grades, Singles as well as twisted yarns, PTFE Coated Yarns, Texturized Yarns, Polyester Fiber Glass Yarns.

CCG Single yarns i.e. 37 1/0, 75 1/0, 150 1/0, 225 1/0,450 1/0 & 900 1/0
Twisted yarns i.e. 37 1/2, 75 1/2, 150 1/2, 225 1/2,450 1/2 & 900

Outstanding Performance for Industrial Applications

E-glass fiber yarns deliver high tensile strength, excellent thermal stability, and superior fire resistance, making them invaluable for industries requiring reliability and safety. Their thermal conductivity is low, ensuring effective insulation, and their customizable dimensions make them flexible for various use cases.

Customizable and Versatile Yarn Solutions

With options for filament diameter, twist direction, thickness, GSM, and length per roll, these yarns cater to specific project requirements. Their adaptability allows manufacturers and suppliers, especially in India, to address the needs of weaving, knitting, filtration, insulation, and reinforcement.

Advanced Surface Treatments for Enhanced Durability

The siliconized, anti-static surface treatment of these glass fiber yarns helps to reduce static build-up, facilitate ease of processing, and extend the lifespan of finished products. The combination of silicone coating and customizable shapes makes them the right choice for diverse textile applications.

FAQs of Fiber Yarns:

Q: How can fiber yarns with 6-13 micron filament diameters be utilized in industrial applications?

A: These fiber yarns are engineered for strength and durability, making them suitable for filtration, insulation, and reinforcement in industrial settings. Their excellent fire and thermal resistance, paired with high tensile strength, ensures reliable performance in challenging environments.

Q: What are the benefits of using S/Z twist directions in these yarns?

A: The S/Z twist options enhance yarn balance, strength, and versatility, allowing manufacturers to match yarn characteristics precisely to weaving or knitting requirements, ensuring better fabric performance and consistency.

Q: Where can these glass fiber yarns be applied within the textile industry?

A: They are widely used in weaving and knitting for manufacturing industrial fabrics, insulation products, filtration media, and reinforcement materials, owing to their customizable features and robust physical properties.

Q: What is the process involved in packaging and delivering these yarns?

A: The yarns are packaged in roll or bobbin form, with length, width, and height tailored to customer requirements. This ensures ease of transportation, optimal storage, and convenient use during the production process.

Q: How does siliconized, anti-static surface treatment enhance these yarns?

A: The siliconized and anti-static coating reduces dust accumulation, minimizes static build-up, and improves processability, resulting in longer-lasting and safer end products, especially in environments sensitive to static electricity.

Q: When should a specific GSM or thickness be chosen for an application?

A: The ideal GSM or thickness depends on the intended uselighter options are preferable for fine filtration or light fabric applications, while higher GSM and thickness provide durability for heavy-duty insulation or reinforcement tasks.

Q: What advantages do these yarns offer regarding moisture and chemical resistance?

A: With a maximum moisture content of 0.2% and effective resistance to pH levels between 4 and 9, these yarns perform reliably in humid or chemically varied environments, making them a dependable choice for diverse industrial uses.

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