Fiberglass Fabrics - e-glass fiber woven fabric

Fiberglass Fabrics - e-glass fiber woven fabric System 1

Fiberglass Fabrics - e-glass fiber woven fabric System 2

Fiberglass Fabrics - e-glass fiber woven fabric System 3

Fiberglass Fabrics - e-glass fiber woven fabric

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: -

Supply Capability:: 400ton kg/month

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1.Brief Introduction

E-glss fiber woven roving is bidirectional fabric made by interweaving direct roving.

Woven Roving are compatible with many resin systems such as polyester, vinyl ester, epoxy and phenolic resins. Woven Roving are high-performance reinforcement widely used in hand lay-up and robot processes for the production of boats, vessels, plane and automotive parts, Pipe, furniture and sports facilities.

2.Characteristics

Top quality woven rovng fabric, E or C glass product

Woven roving fabric is bidirectional fabric made by interweaving direct roving. E-Glass Woven Roving is compatible with many resin systems such as polyester, vinyl ester, epoxy and phenolic resins. E-glass Woven Roving is a high-performance reinforcement widely used in hand lay up and robot processes for the production of boats, vessels, plane and automotive parts, furniture and sports facilities.

Product Features:

1. Warp and weft roving aligned in a parallel and flat manner, resulting in uniform tension.

2. Densely aligned fibers, resulting in high dimensional stability and making handing easy.

3. Good mold ability, fast and complete wet in resins, resulting in high productivity.

4. Good transparency and high strength of composite products.

3.Product Specifications

Items:	Warp Tex	Weft Tex	Warp Density	Woft Density	Weight	Combustible
Items:	Warp Tex	Weft Tex	Ends/cm	Ends/cm	g/m2	Content(%)
WRE260	600	600	2.2	2.2	251-277	0.4-0.8
WRE270	300	300	4.6	4.1	248-274	0.4-0.8
WRE300	600	600	3.2	1.8	296-328	0.4-0.8
WRE360	600	900	3.2	1.8	336-372	0.4-0.8
WRE400A	600	600	3.2	3.8	400-440	0.4-0.8
WRE400B	600	900	3.2	2.3	380-420	0.4-0.8
WRE500A	1200	1200	2.2	2.0	475-525	0.4-0.8
WRE500B	1200	1750	2.0	1.6	495-545	0.4-0.8
WRE500T	1200	1200	2.2	2.2	500-554	0.4-0.8
WRE550	1530	1200	2.0	2.0	520-570	0.4-0.8
WRE580	1200	1200	2.6	2.2	550-610	0.4-0.8
WRE600B	2200	1200	2.0	1.6	600-664	0.4-0.8
WRE600C	1290	1290	2.8	2.0	588-650	0.4-0.8
WRE600D	1530	1530	2.0	2.0	580-642	0.4-0.8
WRE800A	1200*2	1200*2	2.0	1.5	800-880	0.4-0.8
WRE800B	2400	2400	2.0	1.6	820-908	0.4-0.8
WRE800C	1750	1750	2.8	2.0	800-880	0.4-0.8
WRE800D	1200*2	1530*2	2.0	1.2	806-890	0.4-0.8
WRE800T	2400	1750	2.0	2.0	790-870	0.4-0.8
WRE1200A	4000*2	4400	0.8	1.4	1190-1320	0.4-0.8
WRE1200B	2400*2	2400*2	1.4	1.2	1190-1310	0.4-0.8

4.FAQ

Packaging & Delivery

Packaging Details:	Poly bag, then loading into carton box
Delivery Detail:	20 days after confirm order

E-GLASS FIBER WOVEN FABRIC

Q:Can fiberglass fabric be laminated with other materials?: Yes, fiberglass fabric can be laminated with other materials. Lamination involves bonding or layering different materials together, and fiberglass fabric is often used as a reinforcing layer in composite laminates. It can be combined with various materials such as resins, foams, or metals to enhance strength, durability, or other desired properties in the final product.

Q:The influence of bag dust removal on dust filtration: The filter bag filter can be used fabric (plain cloth or fleece flannel), can also be rolled or acupuncture blanket. Different filter media have different dust filtration process and different influence on dust filtration efficiency. The pores in the fabric lie between the warp, woof and fiber, which accounts for 30% to 50% of the total pore size. When the dust is started, most of the air passes through the mesh between the wires and only a small fraction passes through the pores between the fibers. Then, because the thick dust particles embedded in the line between the mesh, forced through the air between the fibers increased gradually, the inertial impaction and interception effect gradually increased. Because of the adhesive force, the phenomenon of dust bridging occurred between the warp and weft meshes, and a layer of so-called "dust initial adhesion" was firstly formed on the surface of the filter. Because the particle size of dust is generally smaller than the diameter of the fiber, the screening effect on the surface of the dust primary layer is also greatly enhanced. As a result, the filter cloth becomes an effective filter material for coarse and fine dust because of the dust filtration of the surface layer of the filter cloth and the gradually deposited dust layer on it, and the dust filtering efficiency is remarkably improved.

Q:What cloth is used for the anticorrosion of fire pipes?: Use glass fiber cloth, three oil, two cloth, anticorrosive.

Q:How does fiberglass fabric perform in chemical environments?: Fiberglass fabric is known for its excellent performance in chemical environments. It is highly resistant to a wide range of chemicals, including acids, alkalis, solvents, and oils. The fabric's ability to withstand chemical exposure is primarily due to its composition, which consists of glass fibers that are coated or impregnated with a chemical-resistant resin. The chemical resistance of fiberglass fabric makes it an ideal choice for various applications in industries such as chemical processing, petrochemical, pharmaceutical, and food processing. It can be used in the form of curtains, gaskets, seals, and linings to protect equipment and structures from corrosive chemicals. Furthermore, fiberglass fabric's resistance to chemical exposure also extends to high temperatures. It can withstand continuous operating temperatures of up to 550°C (1022°F) without significant degradation. This property makes it suitable for applications that involve both high-temperature and chemical environments, such as thermal insulation and fire protection systems. In addition to its chemical resistance, fiberglass fabric also offers other beneficial properties. It is lightweight, durable, and has excellent mechanical strength. It is also non-flammable, providing an added layer of safety in chemical environments where fire hazards are a concern. Despite its exceptional performance in chemical environments, it is important to note that fiberglass fabric may still be susceptible to certain highly reactive chemicals or extreme conditions. Therefore, it is crucial to consult with manufacturers or experts to determine the suitability of fiberglass fabric for specific chemical environments and applications.

Q:How does fiberglass fabric compare to Kevlar fabric?: Fiberglass fabric and Kevlar fabric have distinct differences in terms of strength and application. While both materials are synthetic fibers, Kevlar fabric is known for its exceptional strength and high resistance to impact and abrasion, making it widely used in ballistic protection, body armor, and aerospace applications. On the other hand, fiberglass fabric is highly heat-resistant and has excellent electrical insulation properties, making it suitable for applications such as insulation in buildings, electrical equipment, and automotive parts. Ultimately, the choice between the two materials depends on the specific requirements of the intended application.

Q:Can fiberglass fabric be used for reinforcement in sports equipment?: Yes, fiberglass fabric can be used for reinforcement in sports equipment. Fiberglass fabric is known for its high strength-to-weight ratio, making it an ideal material for reinforcing various sports equipment such as skis, snowboards, surfboards, and even tennis rackets. The fiberglass fabric is typically combined with a resin matrix to create a strong and durable composite material that can withstand the high stress and impact experienced during sports activities. Additionally, fiberglass fabric can also provide flexibility and enhance the overall performance of the equipment by improving its torsional and bending properties. Therefore, fiberglass fabric is commonly used as a reinforcement material in sports equipment to enhance their strength, durability, and performance.

Q:Can fiberglass fabric be used for ducting?: No, fiberglass fabric is not suitable for ducting as it lacks the necessary strength and durability required for such applications.

Q:What are the different colors available for fiberglass fabric rolls?: Fiberglass fabric rolls are available in a variety of colors to suit different needs and preferences. Some of the commonly available colors include white, black, gray, yellow, green, blue, and red. These colors are achieved through the use of dyes or pigments during the manufacturing process. The choice of color for a fiberglass fabric roll depends on various factors such as the intended application, aesthetic requirements, and visibility needs. For example, white or light-colored fiberglass fabric rolls are often used in applications where visibility or reflectivity is important, such as in safety clothing or high-visibility signage. On the other hand, darker colors like black or gray may be preferred for applications where aesthetics or light absorption are important, such as in theater backdrops or acoustic panels. Overall, the availability of different colors for fiberglass fabric rolls allows for customization and versatility in various industries and applications.

Q:Can fiberglass fabric be used for making insulation boards or panels?: Yes, fiberglass fabric can be used for making insulation boards or panels.

Q:Is fiberglass fabric suitable for high-stress applications?: High-stress applications are typically not suitable for fiberglass fabric. Despite its reputation for strength and durability, fiberglass may not be able to endure the intense pressures and loads found in high-stress environments. Instead, fiberglass fabric is commonly employed in applications that call for moderate strength and resistance to heat, chemicals, and electricity. Nonetheless, in high-stress scenarios where materials must withstand extreme forces and pressure, alternative materials like carbon fiber or Kevlar are more frequently utilized. These materials provide superior tensile strength and improved impact resistance, rendering them more appropriate for high-stress applications in industries such as aerospace, automotive, and construction.

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