Product Description
750g Fiberglass Fabricthat presented by us is well featured with Acid Resistant Finished and E-PTFE Membrane, ensuring its excellent performance in high running temperature, and various working condition. It is made of the best in quality fiberglass thread of multiple counts, and double twill weave pattern with advanced weaving machinery that guarantee its less air permeability, high tensile strength and long life. In addition to this, the presented750g Fiberglass Fabriccan easily be availed from us different sizes and finishes.
Product Details :
- Product: 750g Fiberglass Fabric with Acid Resistant Finished and E-PTFE Membrane
- Model: B-01NF
- Weave pattern: Double Twill
- Finishing: Acid Resistant Finished
- Weight: 750gsm
ProductSpecification:
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Thread Count
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Weave Pattern
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Weight
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Air Permeability
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Loss on logition
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Tensile Strength
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Mullen brust
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Finish
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Running Temperature
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No./Inch
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No/cm
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Wrap
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Weft
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48x40
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19x16
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Double Twill
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750+25 (G/m2)
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2-5 CM3/CM2/S.127PA
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>10 (%)
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>2400 (N/25mm)
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>2000 (N/25mm)
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>800 (psi)
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Acid-resistant Finished+membrane
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<260oC
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Versatile Applications Across IndustriesThis fiberglass fabric finds widespread use in sectors such as aerospace, automotive, marine, construction, and electrical. Its ability to withstand temperatures up to 550C, combined with excellent insulation and fireproofing characteristics, makes it a trusted material for composite manufacturing, FRP lamination, and reinforcement projects.
Customizable to Specific NeedsClients can select the preferred weave style, surface treatment, width, thickness, and length according to their project demands. Options for silicon or PTFE coatings, or uncoated variants, ensure the material meets all functional and aesthetic requirements. Packed securely in PE bags, cartons, or wooden cases, each order is handled to preserve quality during transit.
FAQs of 750g Fiberglass Fabric:
Q: How can the 750g Fiberglass Fabric be used in industrial settings?
A: The fabric is designed for thermal and electrical insulation, fireproofing, composite manufacturing, and reinforcement in sectors such as aerospace, automotive, marine, and construction. Its durability and high tensile strength make it ideal for demanding environments where safety and reliability are paramount.
Q: What weave styles and surface treatments are available for this fabric?
A: Customers can choose between plain and twill weave styles based on their specific strength and flexibility needs. Available surface treatments include silicon coating, heat cleaning, or custom options like PTFE; uncoated variants are also supplied depending on application requirements.
Q: When should I choose a coated variant of the fiberglass fabric?
A: A coated fabric is recommended when enhanced chemical, moisture, or temperature resistance is needed, such as in harsh or outdoor environments. Coatings like silicon and PTFE boost performance in specialized insulation, fireproofing, or corrosive settings.
Q: Where is the product typically applied and delivered from?
A: This fiberglass fabric is commonly used in China for various manufacturing and reinforcement purposes, distributed worldwide through exporters, suppliers, and traders to industries including construction, marine, and aerospace.
Q: What benefits does this fiberglass fabric offer over other materials?
A: It offers high tensile strength, non-flammability, excellent chemical and corrosion resistance, low elongation at break, and long service life even at temperatures up to 550C. Its adaptability for custom sizes, coatings, and packaging ensures a solution tailored to demanding industrial uses.
Q: What is the process for ordering custom dimensions or surface treatments?
A: Clients can specify the required width, thickness, length, and preferred surface treatment when placing an order. Orders are then packed in PE bags, cartons, or wooden cases to ensure safe delivery to the destination.
Q: Is the 750g Fiberglass Fabric suitable for electrical insulation applications?
A: Yes, thanks to its E-glass composition, low moisture content, and excellent resistance to chemicals and heat, the fabric serves as an effective insulator for electrical environments where safety and durability are critical.