Fiberglass Yarn Reinforced Fiberglass Fabric for Construction Use CNBM

Fiberglass Yarn Reinforced Fiberglass Fabric for Construction Use CNBM

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 500 m²

Supply Capability:: 50000 m²/month

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Fiberglass Fabric for Construction Use CNBM

Fiberglass Fabric Introduction:

Fiberglass fabric is weaved by high quality fiberglass,as a kind of engineering material,which is

many excellent characteristics:

flame-resisting,corrosion resistant,high strength,heat resistance.stable structure,good chemical resistance,durability.

Fiberglass Fabric Features:

Warp and weft yarns are parallel arrangement as flat situation, with uniform tension;

Fiber is aligned with large consistency, stable and easy operation;

Good moldability, fast and complete wet out in resins, resulting in high productivity;

Good transparency and high strength of composite products.

Fiberglass Fabric Specification:

mark	Fiber consistency(ends/ cm)		Area weight (g/ m²)	Thick-ness (mm)	Width (cm)	Length (mm)	Breaking strength(N)≥		weave
mark	Warp direction	Weft direction	Area weight (g/ m²)	Thick-ness (mm)	Width (cm)	Length (mm)	Warp direction	Weft direction	weave
EW200	16	12	200±20	0.2	90-130	300-1200	980	980
EW210	16	12	200±20	0.21	90-130	300-1200	1080	1080	Twill weave
EW210	16	12	200±20	0.21	90-130	300-1200	1080	1080	Plain weave
EWR360	3.2	1.8	354±18	0.35	50-300	100	2000	2000
EW280	16	10	280±28	0.26	90-130	300-1200	1800	1800
EW300	14	10	320±32	0.3	90-130	300-1200	1500	1500
EW430	20	12	420±42	0.43	90-130	300-1200	2000	2000	Broken twill
EWR136	10	10	136±13	0.136	100	200	850	850	Plain weave
EWR200	8	7	200±20	0.21	100	200	1200	1200
EWR400	3.6	3.2	400±30	0.4	100	50-100	2500	2500
EWR600	2.6	2.5	600±50	0.6	100	40KG	4000	4000
EWR580	2.5	2.3	576±29	0.58	100	40KG	3850	3850
EWR800	1.8	1.8	800±60	0.8	100	40KG	4600	4600

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Fiberglass Fabric for Construction Use CNBM

Fiberglass Fabric Usage:

E-glass woven roving is a schistose double faces reinforcement fabric that is weaved into from roving in directly.

E-glass fiber fabric (thin fabrics with thickness from 0.025 to 0.09mm) is suitable for electrical isolation mica product, wax cloth as the reinforcement materials.

E-glass woven roving applys to all kinds of polyester reinforcement system, (such as unsaturated polyester resin, vinylite,epoxy resin and phenolic resin.

E-glass woven roving is a high performance reinforcement material. It is widely used in hand lay-up and machinery processing products, (such as vessel, container, airplane and vehicle component, furniture, athletic facilities and other industry.

FAQ

1.Package of Fiberglass Fabric?

Fiberglass fabric is wound on a paper tube with inner diameters of 50. 8, 76 or 152mm. Each roll is wrapped in a plastic bag, then to be packed in a carton box. The rolls are to be horizontally placed.

Width (cm): 90, 100, 127

Length (m): 100, 200, 300, 400

2.Storage of Fiberglass Fabric?

Store rolls in a cool, dry location

Protect rolls from weather and other damage.

3.If sample available if needed?

We aim to offer our customer best Products&Service,samples are allowed if necessary.

Q:Can fiberglass yarn be woven into fabrics?: Yes, fiberglass yarn can be woven into fabrics. Fiberglass yarn is made by spinning molten glass into fine fibers, which are then twisted together to form a strong and flexible yarn. This yarn can be woven using various weaving techniques to create fiberglass fabrics. These fabrics are known for their high strength, durability, and heat resistance, making them suitable for a wide range of applications such as insulation, protective clothing, and reinforcement in composites.

Q:What are the common shrinkage rates of fiberglass yarn?: The shrinkage rates of fiberglass yarn are subject to variation due to several factors, including the specific type of fiberglass yarn, the manufacturing process employed, and the environmental conditions it is subjected to. On average, fiberglass yarn may undergo a shrinkage rate of approximately 2-4% when exposed to elevated temperatures or when subjected to tension or pressure. It is worth emphasizing that this shrinkage rate may not be consistent across the entire length of the yarn and can exhibit differences in various directions. Consequently, it is imperative to take these factors into account and conduct comprehensive testing in order to accurately determine the shrinkage rate of a particular fiberglass yarn in a specific application.

Q:How does the UV resistance of fiberglass yarn compare to other materials?: The UV resistance of fiberglass yarn is generally considered to be excellent when compared to other materials. Fiberglass has a natural resistance to UV radiation, making it highly durable and resistant to degradation from exposure to sunlight. This characteristic sets it apart from many other materials, such as natural fibers like cotton or wool, which tend to fade and deteriorate over time when exposed to UV rays. Additionally, fiberglass is often used in outdoor applications, such as in the construction of boats or the manufacturing of outdoor furniture, due to its superior UV resistance.

Q:How does fiberglass yarn affect the chemical resistance of a product?: A product's chemical resistance can be greatly improved by using fiberglass yarn. Fiberglass is a material that is highly durable and resistant to corrosion, making it an excellent choice for products that may come into contact with different chemicals. When fiberglass is woven into yarn, it forms a strong and dense structure that acts as a barrier against chemical substances. The composition of the yarn helps to prevent liquids and gases from penetrating, reducing the risk of chemical reactions or damage to the product. Additionally, fiberglass yarn has a high melting point, allowing it to withstand extreme temperatures without losing its structural integrity. This characteristic is particularly important when dealing with chemicals that may generate heat or require specific temperature conditions. Moreover, fiberglass yarn is resistant to many common chemicals, including acids, alkalis, solvents, and oils. This resistance ensures that products made with fiberglass yarn maintain their performance and integrity when exposed to such substances. It also extends the lifespan of the product, reducing the frequency of replacements. In conclusion, incorporating fiberglass yarn into a product significantly enhances its ability to resist chemicals. The durability of fiberglass, combined with its ability to withstand high temperatures and resist a wide range of chemicals, provides additional protection and prolongs the lifespan of the product. This makes it suitable for various applications in industries such as manufacturing, construction, and automotive.

Q:How does the surface energy of fiberglass yarn impact its bonding to other materials?: The bonding capability of fiberglass yarn with other materials is greatly influenced by its surface energy. Surface energy refers to the energy needed to increase the surface area of a material and is dependent on the molecular structure and composition of the material's surface. For fiberglass yarn, a higher surface energy enhances its ability to bond with other materials. This is because materials with high surface energy have a strong attraction to other materials, allowing for better adhesion. In cases where the surface energy of fiberglass yarn is high, it forms stronger bonds with other materials, resulting in improved overall bonding strength. Conversely, if the surface energy of fiberglass yarn is low, its affinity for other materials is weaker, leading to poor bonding. In such instances, the bonding between the fiberglass yarn and other materials may be weak, resulting in reduced adhesion and potential delamination. To optimize the bonding between fiberglass yarn and other materials, it is crucial to consider surface energy compatibility. Matching the surface energy of the fiberglass yarn with that of the other material being bonded can significantly enhance adhesion and overall bonding strength. This can be achieved by altering the surface energy of either the fiberglass yarn or the other material through various surface treatment techniques, such as corona treatment, plasma treatment, or chemical modification. In conclusion, the surface energy of fiberglass yarn has a direct impact on its bonding capability with other materials. Higher surface energy promotes stronger bonding, while lower surface energy may lead to weaker adhesion. By understanding and manipulating surface energy, one can optimize the bonding of fiberglass yarn with other materials, ensuring enhanced adhesion and improved overall performance.

Q:Can fiberglass yarn be used for curtains and drapes?: Yes, fiberglass yarn can be used for curtains and drapes. Fiberglass yarn is a durable and versatile material that offers several benefits for curtains and drapes. It is known for its strength, resistance to tearing, and long-lasting nature. Fiberglass yarn is also fire-resistant, making it a safe choice for curtains and drapes. Additionally, it is lightweight and easy to handle, allowing for easy installation and maintenance. Overall, fiberglass yarn can be a great option for curtains and drapes, providing durability, safety, and a wide range of design possibilities.

Q:Is fiberglass yarn suitable for textile manufacturing?: Yes, fiberglass yarn is suitable for textile manufacturing. It is known for its high strength, durability, and resistance to heat and chemicals, making it ideal for applications such as protective clothing, industrial fabrics, and reinforcing materials in composites.

Q:Can fiberglass yarn be used for making handbags?: Yes, fiberglass yarn can be used for making handbags. Fiberglass yarn is known for its strength and durability, making it an ideal material for handbags that require a sturdy construction. It also has a smooth texture, which can give a sleek and polished appearance to the handbag. Additionally, fiberglass yarn is resistant to heat, chemicals, and moisture, making it suitable for various environmental conditions. However, it is important to note that fiberglass yarn should be handled with caution as it can cause skin irritation and can be difficult to work with due to its stiffness.

Q:How does fiberglass yarn affect the appearance of a product?: Fiberglass yarn can have a significant impact on the appearance of a product. Firstly, fiberglass yarn is known for its high strength and durability, which can enhance the overall appearance of a product by providing a clean and polished finish. Its ability to be woven into various patterns and textures also allows for the creation of visually appealing designs, adding aesthetic value to the final product. Furthermore, fiberglass yarn can be easily dyed or coated, allowing manufacturers to achieve a wide range of colors and finishes. This versatility enables the creation of products that are visually appealing and customizable to suit different preferences or brand identities. Whether it is used in textiles, composites, or other applications, fiberglass yarn can contribute to a product's overall attractiveness and make it stand out from competitors. Additionally, fiberglass yarn's inherent properties such as its resistance to chemicals, moisture, and UV rays, can also influence the appearance of a product over time. These qualities ensure that the product maintains its original appearance for a longer period, reducing the chances of fading, discoloration, or degradation. This durability can be particularly beneficial in outdoor or high-traffic environments where maintaining a visually appealing product is crucial. In summary, fiberglass yarn can positively impact the appearance of a product through its strength, versatility in design, and ability to withstand environmental factors. Its inclusion can enhance the overall aesthetic appeal, durability, and longevity of a product, making it a valuable choice for manufacturers seeking to create visually appealing and long-lasting products.

Q:How does the diameter of fiberglass yarn affect its performance?: The diameter of the fiberglass yarn directly affects its performance. Generally, a thinner diameter yarn offers better flexibility, improved tensile strength, and increased resistance to abrasion. On the other hand, a thicker diameter yarn provides enhanced stiffness and higher load-bearing capacity. Therefore, the choice of yarn diameter depends on the specific application and desired performance characteristics.

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