29% below market price 72tex texturized fiberglass yarn

29% below market price 72tex texturized fiberglass yarn

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Lowest Price in History Non-alkali Fiber Glass Yarn  In Egypt are manufactured from E-Glass with high heat resistance, low moisture absorbency, and superior electrical properties. A single bundle of continuous filaments is twisted per specification to form the twisted yarn strand placed onto a bobbin.

Non-alkali Fiber Glass Yarn 68Tex is made of glass with high stability and durability.The general specifications are as follows.Special specification can be customized. 

Being one of the top industries of this domain, we are actively engaged in offering a wide assortment of Fiber Glass Yarn to the customers. The offered products are sturdy in construction and have high strength, long life; excellent finishing and reliable performance. 

1.Fiber glass filament yarn uses glass yarn ball as the raw material
2.It has the properties of insulation, fireproof and softness
3.It is a necessary raw material of all kinds of fireproof and insulation products
4.Specifications: 33tex, 68tex, 150tex, 300tex
5.Twists and diameters of filament depend on customers' requirements
6.Special specifications depend on customers' requirements

Fiber glass yarn is electrical insulation materials, electronic industrial fabrics, tubes and other industrial fabric raw materials. It is widely used for circuit board,weaving all kinds of fabrics in the scope of reinforcement, insulation, corrosion resistance, heat resistance and so on.

Each bobbin in polybag then into carton, the size of carton is 470x370x255mm. and there are partition and subplate for preventing damages to our products during transportation. Or according to customers' demands.

Packaging Details:0.5-3.5kg/bobbin in PVC shrink bag, Packed on pallet

Delivery Detail:15-20 days after receive the advance payment

Product shall be placed under dryness condition and shall no be open the covering membrane until applying.

Types

Fiberglass yarn is a very versatile product that is widely used for different industrial purposes. Made from thin strands of glass, this chemical-resistant and heat-resistant yarn is also very strong. Below are some types of fiberglass yarn.

E-Glass Fiberglass Yarn

This is the most common type of fiberglass yarn used. It is due to its electrical insulation properties and low cost. It is often used in reinforcing plastic composites and electrical insulation. It is ideal for general purpose use.

High-Strength Glass Fiberglass Yarn

This type of yarn is manufactured to provide even higher tensile strength than E-glass. It is used in applications where the material needs to be very durable and retardant of chemical elements. Commonly seen in aerospace and marine applications.

Aramid Fiberglass Yarn

This kind of fiberglass yarn is commonly used when the end product needs to be very light in weight but still have a high resistance to strain. Often used in body armor and other protective gear, this fiberglass yarn is also used in reinforcing materials for the construction of buildings.

S-Glass Fiberglass Yarn

This is a high-strength glass yarn that is designed for applications that require superior mechanical properties. S-glass fiberglass yarns have enhanced tensile strength and are used in aerospace and military applications.

Continuous Filament Fiberglass Yarn

These filaments are manufactured to provide an uninterrupted length of fiberglass material that can be used in a wide variety of composite applications. The continuous nature of the filament allows for easy incorporation into manufacturing processes.

Alibaba.com features a wide variety of fiberglass yarn types suitable for various applications. Buyers can choose from these types depending on the particular requirements of their projects.

Features

• Fiberglass yarn is highly durable compared to other types of commercial yarn.
• It has high tensile strength, so it does not easily stretch or break when under pressure.

Due to its noncombustible nature, fiberglass yarn does not burn or even produce smoke when exposed to fire. It offers heat insulation and is, therefore, commonly used in industries where fire risks are a concern. These include construction, automotive, and marine industries, to name just a few.

Fiberglass yarns have a chemical-resistant property. They do not easily degenerate when exposed to chemicals, making them suitable for use in manufacturing plants and laboratories.

• Another feature that makes fiberglass yarn stand out is that it is electrically insulating.

  This means that it impedes or restricts the flow of electric current. This property makes it very suitable for use in electrical components and devices as it helps to improve safety and reduce energy loss.

• The fiberglass yarn is made up of thin strands of glass.

• These strands can be woven into fabrics or used as individual yarn threads. They are ideal for reinforcing other materials.

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  When used with resins or other adhesives, fiberglass forms a strong, lightweight composite that is superior to many other materials.

Industrial Applications

The usability of fiberglass yarn in different industries is actually endless. Below are the common industrial applications of fiberglass yarn.

Composites Manufacturing

This is one of the most common industrial applications. Fiberglass yarn is widely used in the production of composite materials in the aerospace, automotive, and construction industries, to name a few. Its lightweight, high strength, and durability allow it to reinforce plastics and resins to form materials with superior mechanical properties.

Insulation Materials

Fiberglass yarn is used in manufacturing thermal and acoustic insulation materials because of its excellent insulating properties. Yarns are made into insulation blankets, boards, and batts that are used in construction, shipbuilding, and the automotive industry to control heat transfer and reduce noise.

Athletic and Protective Gear

Fiberglass yarn is additionally used in manufacturing sports and protective gear. Such gear as helmets, body armor, and boards for sports like surfing and snowboarding has a combination of strength and flexibility. This makes it ideal for impact-resistant applications.

Cables and Electrical Components

Fiberglass yarn is commonly used for electrical insulation in cables and other electrical components. Its electrical insulating properties help improve the safety and efficiency of wiring systems in industrial machinery, power generation, and even in construction.

Aerospace and Defense

Fiberglass yarn is used in the aerospace and military industries to manufacture components. Because of this material's lightweight, strength, and resistance to environmental factors, it is ideal for making parts for aircraft, missiles, and other defense systems.

Automotive Industry

In the automotive industry, fiberglass yarn is used to manufacture body panels, roofing, and interior components. Its composite material can absorb moisture, offer chemical resistance, and reduce overall weight without compromising strength.

Marine Industry

Fiberglass yarn is predominantly used in the construction of boats and other marine vessels. Its resistance to saltwater, moisture, and UV radiation makes it an ideal material for the marine environment. It is lightweight and yet very strong, giving the vessels a longer useful life.

Wind Energy

The composite materials used in manufacturing wind turbine blades also utilize fiberglass yarn. The lightweight and strong properties of the yarn are ideal for creating efficient energy generation structures. Additionally, they offer durability against harsh environmental conditions.

Alibaba.com has a wide variety of fiberglass yarn ideal for all types of industrial applications. Buyers can stock fiberglass yarn suitable for different uses in their industries and businesses.

Product Specifications and Features

Technical Specifications

• The diameter of fiberglass yarn ranges from 12 microns to 25 microns. This is, however, dependent on the type and application.
• Fiberglass yarn has a tensile strength of about MPa to MPa. This value varies based on the type of glass used and the yarn structure.
• The melting point is approximately °C for E-glass. For S-glass, it is approximately °C.
• The resistance can be up to 1 gigaohm per centimeter. This property makes it ideal for electrical insulation.
• Fiberglass yarn is made of silica and many other oxides like alumina and limestone.
• The yarn can be woven into fabrics or used in composite materials, providing reinforcement and structure.
• Fiberglass yarn is very resistant to most chemicals. These include acids, alkaline solutions, and organic solvents.

How to Install

Fiberglass yarn has different uses because of its versatility. Below are some common ways the product is installed.

• Reinforcement of Composites

In the manufacture of fiberglass-reinforced composites, fiberglass yarn is usually combined with resin or other matrix materials to form a composite. The yarn is usually arranged by layering or weaving the yarn into the desired shape before the bonding process.

• Insulation Applications

Fiberglass yarn is manufactured into insulating materials like blankets or panels.

Fiberglass fabric is usually cut to size or stretched during the production of the insulating blanket or panel. This formed a non-woven or woven insulating material.
• Manufacturing of Protective Gear

For protective or sports gear, fiberglass yarn is usually combined with resin to form a fiberglass-reinforced plastic (FRP). This is molded into the desired shape, such as helmets or armor plates.

• Electrical Insulation

Fiberglass yarn is often used by electrical engineers to reinforce wires. This is particularly in the fabrication of electrical components and industrial cables. They use insulation by wrapping or layering the yarn around conductors to prevent electrical current from escaping.

Maintenance and Repair

• Correct maintenance helps improve the lifespan and useful life of fiberglass yarn products.
• Due to its chemical resistance, fiberglass yarn requires minimal maintenance.
• Regular inspections help identify possible degradation or wear-out. This allows for early interventions.
• Any accumulated contaminants such as adhesives or industrial chemicals should be carefully cleaned from the yarn.
• Users should only use gentle, non-abrasive cleaning chemicals with water as much as possible.
• Avoid any chemical that may possibly weaken or degrade the yarn.
• For damaged yarn or fabrics, early repair interventions help save costs in overhaul later on.
• Repairs are usually made by reweaving or patching the damaged areas.
• Proper environmental protection helps prevent degradation of fiberglass yarn.

Quality and Safety Considerations

Fiberglass yarn is used widely for many different purposes. Ensuring its quality and safety is important to consider. Below are some of the quality and safety considerations for fiberglass yarn.

Quality Considerations

• Purity of Fiberglass Material:The fiberglass material should be manufactured from high-purity silica sand and other raw minerals. This ensures uniformity and consistency of the final product.
• Glass Yarn Production: It should be manufactured through advanced winding or roving processes. This ensures that the strands are uniform in diameter, thus providing equivalent tensile strength across the fiberglass yarn.
• Uniformity: Look for fiberglass yarn that is consistent in diameter and formation. This guarantees even distribution of stress and loading across the material in all its applications. This characteristic is especially important in construction and aerospace industries.
• Mechanical Properties:The yarn should have high tensile strength and elasticity. Standards manufactured by reputable companies usually have these ensured. These properties are important for the materials to be durable and retardant to break or even stretch.
• Thermal and Chemical Resistance: Fiberglass yarn is usually applied where thermal or chemical hazards are a concern. Such as in building insulation or composite materials. Therefore, the yarn must retain its structural integrity at high temperatures. It should also be resistant to diverse chemicals, including acids and solvents.

Safety Considerations

• Apart from its durability, fiberglass yarn has a property that makes it chemically resistant. This means that typically, it poses minimal risks when exposed to diversely chemical agents. However, it is still critical for users to don protective gear when handling the yarn.
• Users should be proactive in seeking clarification on the yarn's Material Safety Data Sheet (MSDS). This sheet contains vital information on fiberglass yarn's chemical composition, hazards, and first-aid procedures that a recommended company should always have on it.
• When fiberglass is cut or handled roughly, it can produce tiny glass particles. These particles are in the form of shards that can suspend in the air and later settle onto surfaces or inside people's respiratory systems. Management of this air particle suspension is crucial as it can cause serious health issues.
• Once the air fiberglass particles have settled into a surface, vacuum it using a vacuum cleaner fitted with a HEPA filter.
• Avoid using regular brooms or cloths as they may accidentally kick back the particles and suspend them in the air again.
• Work surfaces that have a potential of generating fiberglass dust should be covered with wet paper towels or damp cloths to eliminate dust fibers.
• For any cleanup or handling of fiberglass materials, it is ideal to wear personal protective equipment (PPE). This includes respirators, gloves, and safety glasses and ensures the PPE is asbestos-rated PPE. This is because asbestos particles have effects similar to those of fiberglass particles.

Q&A

Q1. Can fiberglass yarn be used outdoors?

Fiberglass is resistant to UV light, moisture, and salt, among other chemicals. This means it will not easily degrade. Therefore, fiberglass yarn makes a very ideal material for outdoor applications like marine and architectural fabrics. It retains its structural integrity and color stability for a long time, even after prolonged outdoor exposure.

Q2. What is the difference between fiberglass yarn and normal yarn?

The key difference is that normal yarn is manufactured from natural or synthetic fibers such as cotton, wool, or polyester. Fiberglass yarn, on the other hand, is manufactured from thin strands of glass. It is a stronger and more durable material with high resistance to heat, chemicals, and electricity.

Q3. What industries utilize fiberglass yarn?

Fiberglass yarn is a highly versatile product that is widely used across industries. Commonly in the manufacturing, construction, marine, aerospace, and automotive industries. Its combination of strength, durability, and resistance to heat and chemicals makes it a popular choice for insulation, reinforcement, and composite materials.

Q4. How is fiberglass yarn manufactured?

Fiberglass yarn is produced by first melting glass. Then, it is drawn into thin strands through very fine tungsten or platinum wire. The strands are then collected and wound onto bobbins or spools to form the yarn.

Q5. Is fiberglass yarn biodegradable?

No. Fiberglass yarn is not biodegradable because it is manufactured from glass strands. While some natural or synthetic fiber yarns eventually break down, fiberglass yarn is highly durable. It will not break down naturally, thus providing long-lasting performance in diverse applications.

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