Glass Fabric e-glass Stitch Combo Mat - LT
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Brief Introduction For E-GLASS STITCH COMBO MAT- LT:
Eglass stitched Combo Mat is a complex mat made by stitching together alayer of rovings consisting of parallel aligned rovings 0°,90°or ±45°and alayer of evenly distributed chopped strands.
E-glassstitched combo mat consists of two or more layers of fiber glass rovingswhich are stitch-bonded. one layer of rovings and differene layers of rovingscan be oriented differently and have different linear density. the rovingspecification, number of roving layers, mat width and roll diameter can becustomized as per requirement.
It’scompatible with UP, vinyl-ester, phenolic and epoxy resin.
Characteristics For E-GLASS STITCH COMBO MAT- LT
1. Manufactured by own factory
2. Good wet-out in resins
3. Good strand dispersion and uniform area weight.
Specification For E-GLASS STITCH COMBO MAT- LT
Specification | Woven roving (g/m2) | chopped(g/m2) | Polyester Yarn Density(g/m2) | total weight(g/m2) |
E300/300 | 308 | 302.25 | 6.3 | 616.55 |
E500/300 | 507 | 302.35 | 9.1 | 818.45 |
E500/450 | 507 | 458.17 | 9.1 | 974.27 |
E600/275 | 612 | 274.64 | 9.5 | 896.14 |
E600/300 | 612 | 305.15 | 9.5 | 926.65 |
E600/450 | 612 | 457.73 | 10.71 | 1080.44 |
E800/275 | 847 | 274.64 | 10.71 | 1132.35 |
E800/300 | 847 | 305.15 | 10.71 | 1162.86 |
FAQ For E-GLASS STITCH COMBO MAT- LT
a.Pacage
Each Eglass stitched Combo Mat is wound onto a paper tube The roll is wrapped up with plastic film，and then packed in a cardboard box. The rolls can be vertically or horizontally placed. For transportation, the rolls can be loaded into a container directly or on pallets.
b.Product storage：
Unless otherwise specified, CHEMICAL FIBER GRIDDING CLOTH should be stored in a dry, cool and rain-proof area. It is recommended that the room temperature and humidity should be always maintained at 15℃～35℃ and 50%～75% respectively.
- Q: How does fiberglass fabric handle moisture?
- With its exceptional moisture resistance and high water-resistant properties, fiberglass fabric is renowned. Its structure, comprising interwoven glass fibers, prevents water absorption and remains unaffected by moisture or humidity. Consequently, fiberglass fabric proves itself as an ideal choice for various purposes, especially those involving exposure to moisture, like boat hulls, outdoor furniture, and building materials. Furthermore, it inhibits the growth of mold or mildew, further enhancing its capacity to withstand moisture.
- Q: How does fiberglass fabric perform in terms of fire resistance?
- The fire resistance properties of fiberglass fabric are well-known. It possesses a high melting point and does not easily ignite due to its composition of woven glass fibers. When exposed to flames, it does not burn or release harmful gases, making it suitable for applications where fire safety is of utmost importance. Furthermore, fiberglass fabric has the ability to self-extinguish, meaning that it stops burning once the heat source is removed. This characteristic aids in preventing the spread of fire and contributes to overall safety. In addition, fiberglass fabric has low thermal conductivity, meaning it does not conduct heat effectively. This property helps contain the fire and reduces the risk of its spreading. The fabric also acts as a barrier between the heat source and the surrounding area, minimizing heat transfer and providing protection to nearby materials. In conclusion, fiberglass fabric is highly esteemed for its exceptional fire resistance properties, making it a preferred choice in industries such as aerospace, automotive, construction, and firefighting.
- Q: How is fiberglass fabric used in the automotive industry?
- Due to its unique properties, fiberglass fabric finds extensive use in the automotive industry for a variety of purposes. One of the primary applications of fiberglass fabric in this sector involves the production of car parts such as body panels, hoods, and spoilers. The choice of fiberglass fabric for these purposes is driven by its lightweight, strong, and durable nature. This material boasts an impressive strength-to-weight ratio, enabling it to provide robustness to car parts without adding unnecessary weight. This aspect is crucial in enhancing fuel efficiency and overall vehicle performance. Furthermore, fiberglass fabric is also employed in the automotive industry for insulation purposes. It is commonly utilized to insulate engine components, including exhaust systems and heat shields, safeguarding surrounding parts against excessive heat. The remarkable temperature resistance of fiberglass fabric renders it an ideal option for these applications. Moreover, fiberglass fabric contributes significantly to the manufacturing of automotive interiors. It is frequently utilized in upholstery, door panels, headliners, and trunk liners. The fabric's exceptional flexibility allows it to conform effortlessly to various shapes and contours of the car interior. Additionally, it exhibits resistance to stains, chemicals, and fading, ensuring a long-lasting and visually appealing interior finish. Additionally, fiberglass fabric serves as a reinforcement material in the automotive industry. It is often incorporated as a layer in the production of composite materials used for manufacturing car parts. By combining fiberglass fabric with resins or other materials, manufacturers can create robust and rigid components capable of withstanding impacts, vibrations, and other external forces. Overall, fiberglass fabric plays a crucial role in the automotive industry, offering lightweight, durable, and heat-resistant solutions for diverse applications. Its versatility and exceptional properties make it an ideal material for manufacturing car parts, insulation, interiors, and reinforcement, thereby contributing to the efficiency, safety, and overall quality of vehicles.
- Q: Can fiberglass fabric be used for reinforcement in concrete structures?
- Indeed, fiberglass fabric is capable of being utilized as reinforcement in concrete structures. Commonly referred to as fiberglass mesh, this fabric is crafted from interwoven fiberglass strands and finds frequent use in construction settings. It presents numerous advantages as a reinforcement material for concrete structures. First and foremost, fiberglass fabric exhibits a remarkable tensile strength, enabling it to withstand substantial forces without succumbing to breakage. This durability enhances the longevity and load-bearing capacity of concrete structures. By evenly distributing the load throughout the concrete, it mitigates the risk of cracks and structural failure. Secondly, fiberglass fabric is lightweight and easily manageable. In stark contrast to traditional steel reinforcement, which can be burdensome and time-consuming to install, fiberglass fabric is light and can be effortlessly cut, molded, and applied. Consequently, it serves as a convenient option for reinforcing various components of a concrete structure, including walls, columns, and beams. Additionally, fiberglass fabric is resistant to corrosion and does not rust like steel reinforcement. This corrosion resistance proves particularly advantageous in environments exposed to moisture, chemicals, or other corrosive elements. By employing fiberglass fabric, the probability of degradation and deterioration of the reinforcement over time is significantly diminished. Moreover, fiberglass fabric possesses non-conductive properties, meaning it does not conduct electricity. This characteristic proves beneficial in specific applications, such as structures requiring electrical insulation or settings with electromagnetic interference. Overall, fiberglass fabric manifests as a versatile and efficacious reinforcement material for concrete structures. Its high tensile strength, lightweight nature, corrosion resistance, and non-conductive properties render it a suitable choice for various construction projects. However, it remains imperative to adhere to proper installation guidelines and specifications provided by manufacturers to ensure optimal performance and longevity of the reinforced concrete structure.
- Q: Are there any environmental considerations associated with fiberglass fabrics?
- Yes, there are environmental considerations associated with fiberglass fabrics. Fiberglass production requires the extraction of raw materials, such as silica and limestone, which can have negative impacts on ecosystems and local communities. Additionally, the manufacturing process of fiberglass fabrics involves the use of energy-intensive machinery and the release of greenhouse gases. Disposal of fiberglass fabrics can also be problematic as they are not easily biodegradable and can contribute to landfill waste. Therefore, it is important to consider the environmental implications when using or disposing of fiberglass fabrics.
- Q: Is fiberglass fabric suitable for high-temperature applications?
- Indeed, fiberglass fabric proves to be fitting for high-temperature applications. It possesses durability and heat resistance, allowing it to endure temperatures reaching 1000°F (538°C). Notably, fiberglass fabric boasts exceptional insulation properties, rendering it an optimal selection for heat-related applications, including insulation in ovens, furnaces, and industrial equipment. Moreover, its superior strength-to-weight ratio and ability to resist chemicals and abrasion establish it as a dependable choice for environments with elevated temperatures. Nevertheless, it is worth mentioning that the temperature range and capacities of fiberglass fabric may fluctuate contingent upon the grade and quality of the material.
- Q: Outside wall coating does not hang, what effect does glass fiber cloth have?
- Surface coating of the construction of the wall hanging crack network, the function is to prevent spraying after the appearance of cracks in the exterior wall coating.
- Q: What are the different fiberglass fabric weaves for electrical insulation?
- Electrical insulation in the electrical industry commonly utilizes various fiberglass fabric weaves. These weaves are specifically designed to offer high electrical resistance and thermal stability, catering to different applications. Among the weaves used for electrical insulation, the plain weave stands as one of the most frequently employed options. It consists of a simple over-under pattern, with each weft yarn alternately passing over and under each warp yarn. The plain weave ensures both strength and flexibility, making it suitable for applications that require both electrical insulation and mechanical protection. Another weave commonly utilized for electrical insulation is the satin weave. This weave boasts a more intricate pattern, with multiple interlacing points between the warp and weft yarns. By offering a smoother surface, the satin weave reduces the risk of abrasion and damage, proving advantageous in applications where direct contact with conductive materials is necessary. Twill weave, characterized by a diagonal pattern, is another popular choice for electrical insulation. In this weave, each weft yarn passes over two or more warp yarns before going under one. Twill weave fabrics offer enhanced strength and durability in comparison to plain weave fabrics, making them ideal for applications that require increased mechanical protection. Lastly, specialty weaves are available to fulfill specific electrical insulation needs. For instance, leno weave involves twisting a pair of warp yarns around each weft yarn, resulting in a more secure fabric structure. Leno weave fabrics are commonly used when high temperature resistance and dimensional stability are crucial. In conclusion, the choice of fiberglass fabric weave for electrical insulation depends on the specific requirements of the application. Plain weave, satin weave, twill weave, and specialty weaves, such as leno weave, are all commonly utilized to provide the necessary electrical resistance and thermal stability.
- Q: How is fiberglass fabric cut?
- Fiberglass fabric can be cut using a variety of methods, depending on the desired outcome and the tools available. One common method is using scissors or a rotary cutter, which can be effective for straight cuts and smaller pieces. However, for more intricate or precise cuts, a hot knife or a laser cutter may be preferred. A hot knife heats up as it cuts through the fiberglass fabric, which helps to seal the edges and prevent fraying. This method is especially useful when working with thicker or heavier fiberglass materials. Laser cutters, on the other hand, use a focused beam of light to melt through the fabric, resulting in clean and precise cuts. This method is often used in industrial settings where high accuracy and efficiency are required. Regardless of the cutting method used, it is important to wear appropriate safety equipment, such as gloves and goggles, as fiberglass can be irritating to the skin and eyes. Additionally, it is advisable to work in a well-ventilated area to minimize exposure to fiberglass dust particles.
- Q: Can fiberglass fabric be used for medical devices?
- Certain medical devices can utilize fiberglass fabric due to its various properties. Lightweight and flexible with a high strength-to-weight ratio, this fabric is well-suited for durable and supportive devices. Moreover, it is non-toxic and non-allergenic, making it essential for medical devices in contact with the human body. Orthopedic braces, prosthetics, casts, and splints are among the medical applications where fiberglass fabric finds use. Nonetheless, it is crucial to sterilize and test the fabric for biocompatibility prior to employing it in medical devices to guarantee compliance with safety standards.
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Glass Fabric e-glass Stitch Combo Mat - LT
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT or LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
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