Fiberglass Woven roving combo mat 980gsm,1600mm

Fiberglass Woven roving combo mat 980gsm,1600mm

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 2000 m²

Supply Capability:: 30000 m²/month

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Process
Fiberglass stitch combo mat is the mat combining the woven roving and a even layer of chopped strand mat with polyester yarn.

Properties
• Fiber level unfolded without cross, high density, high utilizing rate.
• Multi-layer finished one time, decrease layer and enhance efficiency.
• Providing the product with multi-directional mechanical strength.

Applications
Mainly be used as reinforced materials in the composite material industry.
• Matrix: unsaturated polyester resin, vinyl ester resin, epoxy resin and phenolic resin etc.
• Craft: pultrusion, RTM, hand lay up, etc.
• Ultimate products: pultruded profiles, FRP body of boat, insulation board, automobile body.

Specifications

specifications	Fibre type	Wover roving	Chopped strand	Overall weight	Width
specifications	Fibre type	（g/㎡）	（g/㎡）	（g/㎡）	（mm）
EMK 600/300	E-Glass	600	300	900	1600/2400
EMK 600/380	E-Glass	600	380	980	1600/2400
EMK 600/450	E-Glass	600	450	1050	1600/2400
EMK 800/300	E-Glass	800	300	1100	1600/2400
EMK 800/380	E-Glass	800	380	1180	1600/2400
EMK 800/450	E-Glass	800	450	1250	1600/2400
Packaging: Wrapped in PVC and placed within a cardboard carton.

Q:Are there any environmental considerations when using fiberglass mat tissue?: Yes, there are several environmental considerations when using fiberglass mat tissue. Firstly, the production of fiberglass mat tissue involves the use of energy and resources. The manufacturing process requires the extraction of raw materials, such as silica sand, limestone, and soda ash, which are non-renewable resources. The energy-intensive process of melting these materials at high temperatures also contributes to greenhouse gas emissions. Additionally, the production of fiberglass involves the use of chemicals, such as resins and binders, which can be harmful to the environment if not properly managed. These chemicals can potentially leach into water bodies or soil if not handled and disposed of correctly. Furthermore, fiberglass mat tissue is not biodegradable. Once it reaches the end of its lifespan, it can take hundreds of years to break down in a landfill. Improper disposal of fiberglass mat tissue can lead to environmental pollution and contribute to the growing problem of waste management. Lastly, the use of fiberglass mat tissue in certain applications, such as insulation or construction, can have energy efficiency implications. While fiberglass is an effective insulator, its production and installation may require additional energy inputs, such as the use of fossil fuels for transportation or heating during installation. To mitigate these environmental considerations, it is important to promote sustainable practices in the production and use of fiberglass mat tissue. This can include implementing energy-efficient manufacturing processes, reducing the use of harmful chemicals, promoting recycling or reuse of fiberglass materials, and exploring alternative materials that have a lower environmental impact.

Q:Is fiberglass mat tissue suitable for sound absorption?: Fiberglass mat tissue is indeed appropriate for sound absorption. Its exceptional acoustic properties make it a highly efficient material for decreasing noise levels and enhancing sound quality in different settings. The fibrous composition of the mat tissue offers a large surface area capable of absorbing sound waves and converting them into heat energy. This renders it an optimal choice for soundproofing walls, ceilings, and floors in buildings, as well as for automotive, industrial, and marine applications. Moreover, fiberglass mat tissue is lightweight, simple to install, and possesses excellent durability and fire resistance, further augmenting its aptness for sound absorption objectives.

Q:Can fiberglass mat tissue be used for aerospace applications?: Yes, fiberglass mat tissue can be used for aerospace applications. Fiberglass mat tissue is a lightweight and strong material that is commonly used in the aerospace industry for various purposes. It is often used as a reinforcement material in composite structures, such as aircraft wings, fuselages, and other components. The high strength-to-weight ratio of fiberglass mat tissue makes it an ideal choice for aerospace applications, as it helps to reduce the overall weight of the aircraft while maintaining structural integrity. Additionally, fiberglass mat tissue is resistant to corrosion and can withstand extreme temperatures, which are important factors in aerospace environments. Overall, fiberglass mat tissue is a versatile material that meets the stringent requirements of aerospace applications and is widely used in the industry.

Q:How does the width of fiberglass mat tissue affect its installation?: The width of fiberglass mat tissue affects its installation by determining the amount of coverage it provides per roll. A wider mat tissue will cover a larger area with each roll, reducing the number of rolls needed for installation. This can save time and effort during the installation process. Additionally, a wider width may also provide better overall strength and stability to the installed fiberglass mat tissue.

Q:What are the different quality standards for fiberglass mat tissue?: There are several different quality standards that are used to assess the quality of fiberglass mat tissue. These standards are important for ensuring that the fiberglass mat tissue meets certain performance requirements and is suitable for its intended applications. One commonly used quality standard for fiberglass mat tissue is the ASTM D2178 standard. This standard specifies the requirements for fiberglass base materials used in the production of asphalt and coal tar roofing products. It includes criteria for the physical properties of the mat tissue such as weight, thickness, tensile strength, tear resistance, and permeability. Another widely recognized quality standard is the ISO 3376 standard. This standard provides guidelines for determining the tensile properties of nonmetallic materials, including fiberglass mat tissue. It specifies test methods for measuring parameters such as tensile strength, elongation at break, and modulus of elasticity. Additionally, the EN 1871 standard is often used for fiberglass mat tissue quality assessment in Europe. This standard specifies the requirements for reinforced bitumen sheets used in roofing applications. It includes criteria for the physical properties of the mat tissue and also covers aspects such as dimensional stability, resistance to heat, and resistance to aging. Furthermore, there are industry-specific quality standards that may apply to fiberglass mat tissue used in particular applications. For example, the ASTM C1666 standard is specific to fiberglass reinforced cementitious panels and establishes requirements for the materials used in their production. Overall, the different quality standards for fiberglass mat tissue aim to ensure that the material meets certain performance criteria, allowing it to be used effectively in various applications such as roofing, construction, and insulation. These standards provide a framework for manufacturers, suppliers, and customers to assess and compare the quality of different products in the market.

Q:Can fiberglass mat tissue be used for reinforcing fiberglass boats?: Yes, fiberglass mat tissue can be used for reinforcing fiberglass boats. It is often used in boat construction and repair to strengthen the hull and improve its durability. The mat tissue is typically applied with resin to create a strong and rigid composite structure.

Q:What are the different methods of bonding fiberglass mat tissue to other materials?: There are several methods of bonding fiberglass mat tissue to other materials, each with its own advantages and considerations. Some of the common methods include: 1. Mechanical Bonding: This method involves physically interlocking the fiberglass mat tissue with the other material. It can be achieved through techniques such as stitching, stapling, or using mechanical fasteners like screws or nails. Mechanical bonding provides a strong and durable connection, but it may require additional hardware and can be time-consuming. 2. Adhesive Bonding: Adhesive bonding is a popular method that uses adhesives or glue to join the fiberglass mat tissue with the other material. This method offers flexibility, as there are various types of adhesives available for different applications. It is important to choose an adhesive that is compatible with both the fiberglass mat tissue and the other material. Proper surface preparation and application techniques are crucial for achieving a strong bond. 3. Resin Infusion: Resin infusion is a process where a liquid resin is infused into the fiberglass mat tissue and other materials, creating a strong bond when cured. This method is commonly used in manufacturing composite products, as it allows for a seamless and uniform bond. Vacuum bagging or resin infusion techniques are typically employed to ensure proper resin distribution and consolidation. 4. Thermal Bonding: Thermal bonding involves the use of heat to bond the fiberglass mat tissue to another material. This method is particularly suitable for thermoplastic materials, as they can be softened and fused together with heat. Techniques such as heat welding or ultrasonic welding are commonly used for thermal bonding. It is important to ensure that the heat does not damage or degrade the fiberglass mat tissue during the bonding process. 5. Fusion Bonding: Fusion bonding is a method where the fiberglass mat tissue and the other material are heated to a molten state and then brought into contact to form a bond. This technique is commonly used in the manufacturing of thermosetting plastics or joining thermoplastic materials. Fusion bonding can provide a strong and seamless bond, but it requires careful control of temperature and pressure to ensure proper bonding without causing damage. In summary, the different methods of bonding fiberglass mat tissue to other materials include mechanical bonding, adhesive bonding, resin infusion, thermal bonding, and fusion bonding. The choice of bonding method depends on factors such as the materials being bonded, the desired strength and durability, and the specific application requirements.

Q:Can fiberglass mat tissue be used for making lightweight doors?: Fiberglass mat tissue is a lightweight material commonly used in different industries due to its strength and durability. It consists of thin strands of fiberglass bonded together with a binder, resulting in a flexible and strong material. When utilized in door construction, fiberglass mat tissue offers multiple advantages. Firstly, its lightweight nature makes it perfect for creating doors that are easy to handle and install. This is particularly beneficial in residential or commercial settings where doors are frequently opened and closed. Moreover, fiberglass mat tissue possesses exceptional thermal and acoustic insulation properties. This means that doors made with this material can effectively block out noise and regulate temperature, resulting in a more comfortable and energy-efficient environment. Furthermore, fiberglass mat tissue is highly resistant to moisture, rot, and insects, making it a durable and long-lasting option for door construction. It can withstand harsh weather conditions, making it suitable for both interior and exterior doors. In conclusion, fiberglass mat tissue is a versatile material that can be used to create lightweight doors that offer strength, durability, insulation, and resistance to various environmental factors.

Q:How does fiberglass mat tissue perform in terms of chemical resistance?: Fiberglass mat tissue is renowned for its exceptional chemical resistance capabilities. This material is typically composed of glass fibers held together by a binder, enabling it to withstand a wide range of chemicals. This makes it a popular choice as a reinforcement in composite materials, like fiberglass-reinforced plastics (FRP), as it can endure exposure to various chemicals without degradation. The level of chemical resistance in fiberglass mat tissue can vary depending on its specific type, quality, and the chemicals it encounters. However, it generally exhibits high resistance to acids, alkalis, solvents, and other corrosive substances. This quality makes it suitable for applications where the material may come into contact with aggressive chemicals, such as in chemical processing plants, water treatment facilities, or storage tanks. It is important to acknowledge that while fiberglass mat tissue is generally chemically resistant, it may not be completely impervious to all chemicals. Certain highly concentrated or specialized chemicals may still have the potential to cause damage or deterioration over time. Therefore, it is always advisable to consult the manufacturer's specifications and recommendations for detailed information on chemical resistance before utilizing fiberglass mat tissue in a particular application. All in all, fiberglass mat tissue's robust chemical resistance properties establish it as a dependable option for applications involving chemical exposure.

Q:Is fiberglass mat tissue suitable for automotive panel repairs?: Automotive panel repairs can be effectively carried out using fiberglass mat tissue. This material is known for its versatility and durability, making it a popular choice in the automotive industry. It proves particularly useful in reinforcing and restoring weakened or damaged areas on automotive panels. By providing a strong and stable foundation, fiberglass mat tissue is capable of repairing dents, cracks, and holes in panels. Its pliability allows for easy shaping and molding to fit the contour of the panel. Furthermore, fiberglass mat tissue's resistance to rust and corrosion makes it a reliable option for automotive repairs that must endure harsh weather conditions and road debris. Overall, fiberglass mat tissue is widely utilized due to its strength, durability, and versatility, making it an ideal choice for automotive panel repairs.

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