Fiberglass yarn is a type of material produced from extremely fine fibers of glass. It is made by drawing molten glass into thin strands, which are then cooled and twisted or bundled together to form yarns of various thicknesses and strengths. This material is known for its high tensile strength, low weight, and excellent resistance to heat, chemicals, and fire.
Advantages:
l High Strength:
Fiberglass yarn possesses high tensile strength, making it resistant to stretching or breaking under tension.
l Lightweight:
It offers a significant strength-to-weight ratio that is crucial in applications where weight reduction is a priority, without compromising on strength.
l Thermal Resistance:
Fiberglass yarn can withstand high temperatures, maintaining its integrity in environments that would degrade most organic materials.
l Chemical Resistance:
It is resistant to a broad spectrum of chemicals, making it suitable for use in corrosive environments.
l Dimensional Stability:
Fiberglass yarn exhibits low elongation under load, ensuring dimensional stability in the products it reinforces.
l Electrical Insulation:
Its excellent insulating properties make it an ideal choice for electrical applications, including insulation in cables and wires.
l Fire Resistance:
Being made from glass, it is naturally fire retardant, a critical property for materials used in construction and industrial applications.
Application:
l Textiles and Composites:
Fiberglass yarn is woven into fabrics used for reinforcing composite materials, such as those in automotive body panels, boat hulls, and sports equipment, offering strength and lightweight properties.
l Electrical Insulation:
It is used in the electrical industry for insulating cables and winding electrical machinery, due to its excellent insulation properties and thermal resistance.
l Industrial Filtration:
Fiberglass yarn can be used to make filters for high-temperature applications, such as in industrial furnaces or pollution control equipment, thanks to its thermal stability.
l Construction:
In construction, it is used for reinforcing materials in roofing products, wall coverings, and flooring, providing durability and fire resistance.
l Sewing Thread:
For high-temperature applications, fiberglass yarn can be twisted into sewing thread for fabricating heat-resistant textiles, such as fire blankets and protective clothing.
Specification:
Single Yarn | Plied Yarn | ||||
Code | Density (Tex) | Net weight (Kg/Bobbin) | Code | Density (Tex) | Net weight (Kg/Bobbin) |
EC DE150 1/0 0.7Z | 34 | 3.62 | EC 4 34X1X3 S150(S120) | 101.1 | 3.6 |
EC DE75 1/0 0.7Z | 68 | 3.62/4.5/7.4 | EC 4 34x1x6 S150(S120) | 202.2 | 3.6 |
EC DE37 1/0 0.7Z | 136 | 3.52 | EC 5 11x1x2 S180 | 22.4 | 1.81 |
EC E110 1/0 1.0Z | 45 | 7.27 | EC 5 11X1X3 S180 | 33.6 | 2.01 |
EC G150 1/0 0.7Z(0.5Z) | 34 | 3.62 | EC 6 34X1X2 S100 | 68 | 3.6 |
EC G75 1/0 0.7Z(0.5Z) | 68 | 8.6/3.6/4.09 | EC 6 34X1X4 S100 | 136 | 3.6 |
EC G67 1/0 0.7Z | 74 | 8.1 | EC 6 68X1X2 S112(S152) | 136 | 3.6 |
EC G37 1/0 0.7Z(0.5Z) | 136 | 8.6 | EC 6 136X1X2 S112(S152) | 272 | 3.6 |
EC G25 1/0 0.7Z | 204 | 7.5 | EC 6 136X1X3 S112(S152) | 408 | 3.6 |
EC H37 1/0 0.7Z | 136 | 8.49 | EC 6 136X1X4 S112(S152) | 544 | 3.6 |
EC H25 1/0 0.7Z | 204 | 7.5 | EC 7 22X1X3 S100(S152) | 67.5 | 3.6 |
EC H12 1/0 0.7Z | 408 | 7.5 | EC 9 34X1X3 S100(S112)(S152) | 102 | 3.6 |
EC K37 1/0 0.7Z | 136 | 8.6 | EC 9 68X1X2 S100(S112)(S152) | 136 | 3.6 |
EC K18 1/0 0.7Z | 272 | 8.6 | EC 9 68X1X3 S100(S112)(S152) | 206 | 3.6 |
*Specific products could be made according to customers’requirements.
