Fiberglass Yarn

Fiberglass Yarn 20+YEARS EXPERIENCE 130REACHED COUNTRIES FOCUS ON QUALITY
Fiberglass Yarn

Fiberglass Yarn


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Fiberglass Yarn

Fiberglass Yarn

Glass fiber yarn is produced through the following steps. Firstly, glass raw materials are mixed and melted at a high temperature to form glass liquid. Then, the glass liquid is made to pass through a special spinneret to form filaments, which are then quickly cooled and solidified. Next, the solidified fibers are gathered into bundles and then twisted and combined into yarns. Finally, some post-treatments may be carried out, such as coating with additives to improve the performance. From the application point of view, fiberglass yarn is widely used in the production of fiberglass woven roving and fiberglass mesh, wire and cable coating, braided sleeve, fuse, and insulating materials for making motor and electrical windings.

Fiberglass Yarn

Fiberglass Yarn 20+YEARS EXPERIENCE 130REACHED COUNTRIES FOCUS ON QUALITY
Fiberglass Yarn

Product Description

Glass fiber yarn is produced through the following steps. Firstly, glass raw materials are mixed and melted at a high temperature to form glass liquid. Then, the glass liquid is made to pass through a special spinneret to form filaments, which are then quickly cooled and solidified. Next, the solidified fibers are gathered into bundles and then twisted and combined into yarns. Finally, some post-treatments may be carried out, such as coating with additives to improve the performance. From the application point of view, fiberglass yarn is widely used in the production of fiberglass woven roving and fiberglass mesh, wire and cable coating, braided sleeve, fuse, and insulating materials for making motor and electrical windings.
Fiberglass Yarn

Product Features

High Strength

Fiberglass yarn has excellent tensile strength. It can withstand a significant amount of pulling force without breaking. For example, in the production of composites like fiberglass - reinforced plastics for car parts, this high strength allows the components to endure heavy loads and impacts during vehicle operation.

The strength - to - weight ratio of fiberglass yarn is remarkable. It is much lighter than many traditional materials such as metals, while still providing robust mechanical properties. This is crucial in applications where weight reduction is a priority, like in the aerospace and automotive industries.

Chemical Resistance

Fiberglass yarn is resistant to a wide range of chemicals. It can maintain its integrity and performance when exposed to acids, alkalis, and solvents. In chemical processing plants, fiberglass yarn - made filters or containers can handle corrosive substances without being damaged quickly.

This chemical resistance also means that products made from fiberglass yarn have a longer service life in harsh chemical environments, reducing the need for frequent replacements.

Electrical Insulation

 It is an outstanding electrical insulator. Fiberglass yarn can prevent the flow of electric current, which is vital for applications in the electronics industry. For example, in printed circuit boards (PCBs), fiberglass yarn - based materials ensure that electrical components are isolated from each other, preventing short - circuits and electrical malfunctions.

The insulation properties also make fiberglass yarn suitable for use in high - voltage equipment and power transmission systems, providing a safe and reliable solution for electrical insulation.

 

 Thermal Resistance

Fiberglass yarn can withstand high temperatures without significant degradation. It has a high melting point and can maintain its physical and mechanical properties in hot environments. In industrial furnaces or exhaust systems, fiberglass yarn - made insulation materials can effectively reduce heat transfer and protect surrounding structures from overheating.

At the same time, it also has good low - temperature resistance. It doesn't become brittle or lose its functionality in cold conditions, making it a versatile material for applications in different temperature ranges.

Dimensional Stability

Fiberglass yarn has excellent dimensional stability. It doesn't expand or contract significantly with changes in temperature and humidity. In the construction industry, when used in building materials such as fiberglass - reinforced concrete or insulation panels, it helps maintain the shape and integrity of the structures over time.

This stability also ensures that products made from fiberglass yarn have precise dimensions and consistent performance, which is crucial for applications where fit and function are important, such as in mechanical components and precision - engineered products.

 

 

Specification

Fiber diameter

The fiber diameter of fiberglass yarn usually ranges from 3 to 20 micrometers. For example, in some application scenarios with higher requirements for flexibility, such as manufacturing insulating materials for fine electronic components, fiberglass yarn with a diameter of 3 to 5 micrometers may be used, which can make the final products thinner, lighter and more precise. While in applications where higher strength is required, like building reinforcement materials, the diameter may reach 10 to 20 micrometers.

Strand number

The strand number can vary from a single strand to multiple strands. Single-strand fiberglass yarn is relatively thin and suitable for occasions with high requirements for fineness. Multi-strand yarn is formed by twisting two or more single-strand yarns together. Common ones include 2-strand, 3-strand, 6-strand and 12-strand, etc. For instance, when making ropes or knitted products that need higher strength, multi-strand yarn will be used. The 12-strand fiberglass yarn can provide sufficient strength for ship mooring ropes.

Twist level

Twist level refers to the number of twists of the yarn per unit length. The magnitude of the twist level will affect the strength, flexibility and other properties of the yarn. Generally, the twist level ranges from 10 to 100 twists per meter. Yarn with a lower twist level (such as 10 to 30 twists per meter) is relatively soft and suitable for weaving fabrics that require a certain degree of flexibility, such as glass fiber cloth used for clothing linings. While yarn with a higher twist level (such as 60 to 100 twists per meter) has higher strength and is more suitable for manufacturing products that need to withstand greater tensile forces, like structural parts in glass fiber reinforced plastics.

Linear density

Linear density is an indicator for measuring the thickness of yarn, and its unit is tex. It represents the weight in grams of 1000 meters of yarn at the official moisture regain rate. The linear density of fiberglass yarn can range from several tex to several hundred tex. For example, the yarn used for insulating fine electronic circuit boards may only have several tex, while the yarn used for large-scale building reinforcement materials may reach several hundred tex.

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