Fiberglass Yarn Reinforced Corrosion Proofing Fiberglass Fabric

Fiberglass Yarn Reinforced Corrosion Proofing Fiberglass Fabric

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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 Corrosion Proofing Field

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

Product Show

Fiberglass Fabric for Corrosion Proofing Field

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 used for making insulation boards?: Yes, fiberglass yarn can be used for making insulation boards.

Q: Can fiberglass yarn be used in construction applications?: Yes, fiberglass yarn can be used in construction applications. It is commonly used for reinforcing concrete, creating strong and durable structures. It is also used for insulation, as it is fire-resistant and provides thermal protection. Additionally, fiberglass yarn can be used for manufacturing lightweight and corrosion-resistant components in construction projects.

Q: Can fiberglass yarn be used in the production of belts and straps?: Fiberglass yarn is a versatile material that finds application in the production of belts and straps. Its strength and durability have made it a popular choice for manufacturing products that need high tensile strength and resistance to wear and tear. Belts and straps made with fiberglass yarn are widely used in industries like automotive, aerospace, and heavy machinery, where reliability and longevity are of utmost importance. The flexibility and lightness of the fabric woven or braided with fiberglass yarn make it suitable for applications requiring high load-bearing capacity. Moreover, this material exhibits excellent resistance to heat, chemicals, and UV radiation, further enhancing its suitability for belt and strap production.

Q: Can fiberglass yarn be used for making insulation tape?: Indeed, insulation tape can be crafted using fiberglass yarn. Fiberglass, a sturdy and heat-resistant substance, is frequently employed for insulation endeavors. Its remarkable electrical insulation capabilities and capacity to endure elevated temperatures make it an optimal selection for insulation tape, which serves to insulate and safeguard electrical wires and cables. By weaving or braiding fiberglass yarn into tape format, a robust and supple insulation solution is created. Furthermore, fiberglass exhibits resistance against chemicals, moisture, and UV radiation, thereby heightening its appropriateness for insulation tape applications.

Q: How does fiberglass yarn perform in sound insulation?: Fiberglass yarn performs exceptionally well in sound insulation due to its high density and excellent sound absorption properties. It effectively traps and absorbs sound waves, reducing noise transmission and improving overall acoustics in various applications such as walls, ceilings, and panels.

Q: Does fiberglass yarn shrink when exposed to high temperatures?: Indeed, when fiberglass yarn is confronted with high temperatures, it undergoes shrinkage. The process of creating fiberglass involves melting glass and subsequently transforming it into delicate fibers, which are then interwoven to form yarn. Once exposed to heat, the glass fibers within the yarn contract and diminish in size. Consequently, the yarn's length and diameter may experience a reduction. Therefore, one must take into account this phenomenon of shrinkage when utilizing fiberglass yarn in situations where elevated temperatures are anticipated, as it could potentially affect the material's performance and dimensional stability.

Q: Can fiberglass yarn be used for making moldings or trims?: Yes, fiberglass yarn can indeed be used for making moldings or trims. Fiberglass is a versatile material that is known for its strength, durability, and resistance to various environmental factors such as moisture, chemicals, and UV radiation. These properties make fiberglass yarn an ideal choice for manufacturing moldings and trims, especially in industries such as automotive, construction, and marine. Fiberglass yarn can be woven or knitted into various shapes and sizes, allowing it to be easily molded into the desired shape for moldings or trims. Its flexibility and ability to conform to complex shapes make it a preferred choice for creating intricate designs and patterns. Additionally, fiberglass moldings and trims can be produced in different colors and finishes, providing a wide range of options to match the desired aesthetic and design requirements. Moreover, fiberglass yarn's inherent strength and durability make it highly resistant to wear, tear, and impact, ensuring that moldings and trims made from it will withstand daily use and maintain their shape for an extended period. This makes fiberglass moldings and trims an excellent choice for applications that require longevity and resistance to damage, such as in high-traffic areas or outdoor environments. Furthermore, fiberglass yarn has excellent dimensional stability, meaning that it does not expand or contract significantly with temperature changes. This characteristic ensures that the moldings and trims made from fiberglass yarn will maintain their shape and size, even in extreme temperature conditions. In summary, fiberglass yarn is a suitable material for making moldings and trims due to its strength, durability, resistance to various environmental factors, flexibility, and ability to conform to complex shapes. Its wide range of available colors and finishes, as well as its longevity and dimensional stability, make it a practical and aesthetically pleasing choice for various industries and applications.

Q: What are the common shrinkage rates of fiberglass yarn?: The common shrinkage rates of fiberglass yarn can vary depending on various factors such as the manufacturing process, fiber composition, and specific application. However, on average, fiberglass yarn typically experiences a shrinkage rate of around 2-5%.

Q: Can fiberglass yarn be used in shipbuilding?: Yes, fiberglass yarn can be used in shipbuilding. It is often used for reinforcing structures and components in boats and ships, as it is lightweight, sturdy, and resistant to corrosion and water damage.

Q: How does the weaving process affect the strength of fiberglass yarn?: The strength of fiberglass yarn is greatly enhanced by the weaving process. Fiberglass yarn consists of glass fibers that are spun together to form a continuous strand. During weaving, these strands are interlaced in a specific pattern to create a fabric or textile. The interlacing of fiberglass yarns in weaving forms a network of crisscrossed fibers, which greatly increases the overall strength of the material. This structure distributes stress and load across multiple fibers, making the fabric more resistant to breaking or tearing. In addition, the weaving process allows for precise control of fiber orientation. Manufacturers can align the fibers in specific directions by manipulating the weaving pattern, optimizing strength and durability. For instance, fabrics woven with a plain weave pattern have perpendicular fibers, resulting in excellent strength in both directions. Furthermore, the weaving process eliminates irregularities and inconsistencies that may be present in the individual yarns. Weak spots or defects in the fibers are spread out and dispersed throughout the fabric, reducing the likelihood of a single point of failure. The tightness of the weave also impacts the strength of fiberglass yarn. A tighter weave increases fabric density, leading to improved strength and resistance to damage. It reduces the space between fibers, creating a more compact structure capable of withstanding higher levels of stress. In conclusion, the weaving process significantly boosts the strength of fiberglass yarn by interlacing strands, creating a network of crisscrossed fibers, aligning fibers in specific directions, eliminating weak spots, and increasing fabric density. These factors work together to produce a robust and durable material that can withstand high levels of stress and strain.

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