Fiberglass Multiaxial Fabric-UD series（0° or 90°）

Fiberglass Multiaxial Fabric-UD series（0° or 90°） System 1

Fiberglass Multiaxial Fabric-UD series（0° or 90°）

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Structure of Fiberglass Multiaxial Fabric-UDDescription：
An engineering material, which has many excellent characterstics, such as anti-burning, corrosion resistent, stable structure, heat-isolating, minimum elongated shrinkage, high intensity, etc. This new material product has already covered many domains such as electric appliance, electronic, transportation, chemical engineering, architectural engineering, heat insulation, sound absorption, fire prevention and environmental protection, etc. According to fabric organizational structure and appearance, there are such kind of products: plain weave, twill weave, satin weave, gauze weave.

Main Features of theFiberglass Multiaxial Fabric-UD：

1)Plain veave,even thickness and low fuzz;
2)High strength in both warp and weft direction;
3)Incombustibility,corrosion resistance and heat resistance;
4)E-Grade Fabric (E-fiberglass Textile Cloth) has excellent electricity insulation property.

Unidirectional Fiberglass Multiaxial Fabric-UD Images：

Fiberglass Multiaxial Fabric-UD series（0° or 90°）

Fiberglass Multiaxial Fabric-UD Specification:

Code	Total weight g/m2	Weight of each layer, g/m2					Width mm
Code	Total weight g/m2	0°	90°	+45°	-45°	Chopping	Width mm
E-L300	350	300	50				200～2600
E-L350	400	350	50				200～2600
E-L400	450	400	50				200～2600
E-L450	500	450	50				200～2600
E-L500	550	500	50				200～2600
E-L600	650	600	50				200～2600
E-L650	700	650	50				200～2600
E-L900	930	880	50				200～2600
E-L700/200	950	700	50			200	200～2600
E-T200	200		200				200～2600
E-T450	450		450				200～2600
E-T500	500		500				200～2600
E-TM300/300	600		300			300	200～2600
E-TM600/450	1050		600			450	200～2600
E-LM750/200	950	750				200	200～2600

FAQ of Fiberglass Multiaxial Fabric-UD:

Delivery Detail: 15-21days

Other spec. can be custom made as per customer's request.

Q:Is fiberglass mat tissue resistant to UV degradation?: Fiberglass mat tissue is generally resistant to UV degradation to some extent. However, its level of resistance may vary depending on the specific type and quality of the fiberglass mat tissue. UV degradation occurs when prolonged exposure to ultraviolet (UV) radiation from the sun causes the degradation of materials. This degradation can lead to discoloration, brittleness, and reduced strength in the material. Fiberglass mat tissue is often manufactured with additives and coatings that provide some level of UV resistance. These additives and coatings help to protect the fibers from the damaging effects of UV radiation. However, it is important to note that the level of UV resistance can vary between different manufacturers and products. To ensure maximum UV resistance, it is recommended to choose fiberglass mat tissue that is specifically designed for outdoor applications and has been tested for UV stability. Additionally, proper maintenance and periodic inspections can help to identify any signs of UV degradation and allow for timely repairs or replacements if necessary.

Q:Can fiberglass mat tissue be used for aerospace applications?: Indeed, fiberglass mat tissue proves to be suitable for aerospace applications. This lightweight and robust material finds extensive use in the aerospace industry for various purposes. It is frequently employed as a reinforcing material in composite structures, including aircraft wings, fuselages, and other components. The exceptional strength-to-weight ratio of fiberglass mat tissue makes it a favorable choice for aerospace applications, aiding in the reduction of overall aircraft weight without compromising structural integrity. Furthermore, fiberglass mat tissue exhibits resistance to corrosion and can withstand extreme temperatures, both of which are crucial considerations in aerospace environments. In conclusion, fiberglass mat tissue is a versatile material that meets the rigorous requirements of aerospace applications and is widely embraced within the industry.

Q:Can fiberglass mat tissue be used for insulating windows?: No, fiberglass mat tissue is not suitable for insulating windows. It is primarily used for reinforcing and strengthening surfaces, such as in the construction industry, and is not designed to provide thermal insulation.

Q:How does the fiber distribution of fiberglass mat tissue affect its strength?: The strength of fiberglass mat tissue is significantly influenced by the distribution of its fibers. The primary source of strength for fiberglass mat tissue is the inclusion of fibers within the material. These fibers act as reinforcement and aid in evenly distributing stress and load across the surface. The distribution of fibers in fiberglass mat tissue refers to their arrangement and orientation within the material. When fibers are evenly distributed, with a consistent arrangement and orientation, the strength of the fiberglass mat tissue is enhanced. This uniform distribution allows for efficient transfer of load from one fiber to another, resulting in improved overall strength. Conversely, an uneven or random distribution of fibers, where they are clumped together or oriented in various directions, compromises the strength of the fiberglass mat tissue. This uneven distribution can create areas of concentrated stress, leading to weak points and potential failure under load. Additionally, the strength of fiberglass mat tissue is also influenced by the length and density of the fibers. Longer fibers provide greater reinforcement and enhance the tensile strength of the material. Furthermore, a higher fiber density, meaning more fibers per unit area, increases the overall strength and performance of the fiberglass mat tissue. In conclusion, the strength of fiberglass mat tissue is directly impacted by the distribution of its fibers. A uniform and evenly distributed arrangement of fibers improves the material's strength by facilitating efficient load transfer. Conversely, an uneven or random distribution compromises the strength by creating stress concentrations and weak points. The fiber length and density also contribute to the overall strength of the fiberglass mat tissue.

Q:How does fiberglass mat tissue perform in terms of UV resistance?: Fiberglass mat tissue generally performs well in terms of UV resistance. It is designed to withstand prolonged exposure to sunlight without significant degradation or discoloration. However, the specific UV resistance of fiberglass mat tissue can vary depending on the quality and manufacturing process of the material.

Q:Can fiberglass mat tissue be used for composite panel manufacturing?: Yes, fiberglass mat tissue can be used for composite panel manufacturing. Fiberglass mat tissue is a thin and lightweight material that is typically made from randomly oriented fiberglass strands bonded together with a binder. It is commonly used as a reinforcement material in composite manufacturing processes. When used in composite panel manufacturing, fiberglass mat tissue is typically combined with other materials such as resin and a core material to create a strong and durable panel. The mat tissue provides reinforcement and strength to the panel, helping to distribute loads and prevent cracking or delamination. Fiberglass mat tissue is known for its excellent tensile strength, dimensional stability, and resistance to chemicals, making it well-suited for use in composite panel manufacturing. It can be used in a variety of applications, including construction, transportation, marine, and aerospace industries. Overall, fiberglass mat tissue is a versatile and effective material that can be successfully used in the manufacturing of composite panels. Its properties and characteristics make it a reliable choice for creating strong and durable panels for various applications.

Q:How does fiberglass mat tissue perform in terms of dimensional stability?: The dimensional stability of fiberglass mat tissue is exceptional. This is due to its unique composition and manufacturing process, which result in minimal shrinkage or expansion when exposed to temperature variations or moisture. As a result, fiberglass mat tissue is an ideal material for various applications in the construction industry, where dimensional stability is crucial. It is commonly used to reinforce walls, roofs, and floors. The consistent size and shape of fiberglass mat tissue ensure that it maintains its original dimensions over time, providing long-lasting durability and reliability. Furthermore, its dimensional stability allows for precise cutting, shaping, and installation, reducing waste and increasing efficiency in manufacturing processes. Overall, the excellent dimensional stability of fiberglass mat tissue makes it a preferred choice in industries where accurate and stable dimensions are essential.

Q:How is fiberglass mat tissue used in the construction industry?: Fiberglass mat tissue is commonly used in the construction industry as a reinforcement material. It is applied to various surfaces, such as walls, roofs, and flooring, to enhance their strength and durability. The fiberglass mat tissue is often embedded in resin or other binding agents to form a composite material that can withstand heavy loads and resist cracks. Its widespread use in construction helps to increase the structural integrity of buildings and ensures long-lasting performance.

Q:How does the thickness of fiberglass mat tissue affect its performance?: The thickness of fiberglass mat tissue plays a crucial role in determining its performance. Thicker fiberglass mat tissues generally provide better strength and durability compared to thinner ones. A thicker mat tissue allows for a higher resin-to-glass ratio, resulting in improved stiffness and toughness. This increased resin content enhances the overall structural integrity and mechanical properties of the fiberglass mat tissue. It also helps to minimize the risk of delamination and improves resistance to impact and fatigue. Moreover, thicker fiberglass mat tissues are more effective in providing thermal and acoustic insulation. The increased thickness allows for a higher density of fibers, which enhances the material's ability to trap air and reduce heat transfer or sound transmission. However, it is important to note that the specific application and requirements should be considered when determining the appropriate thickness of fiberglass mat tissue. While thicker tissues generally offer better performance, they may also be heavier and more expensive. Therefore, a balance must be struck between the desired performance characteristics and the practical considerations of weight, cost, and ease of installation.

Q:Can fiberglass mat tissue be used for repairing automotive parts?: Yes, fiberglass mat tissue can be used for repairing automotive parts. Fiberglass mat tissue is a versatile material that is commonly used for reinforcing and repairing various surfaces, including automotive parts. It is particularly useful for repairing parts that are made of fiberglass, such as car bodies and panels. Fiberglass mat tissue is a thin and flexible material that is made up of randomly oriented fiberglass strands. It is designed to be easily molded and shaped to fit the contours of the damaged automotive part. The mat tissue is typically applied with a resin, such as polyester or epoxy, which binds the fibers together and creates a strong and durable repair. When used for automotive repairs, fiberglass mat tissue provides several benefits. Firstly, it is lightweight, which is important for maintaining the overall weight and balance of the vehicle. Additionally, it is resistant to corrosion and can withstand exposure to various weather conditions, making it suitable for all types of automotive repairs. Moreover, fiberglass mat tissue is known for its high tensile strength, which means that it can withstand the stresses and strains that automotive parts may experience during normal use. This makes it an ideal choice for repairing damaged or weakened areas, such as cracks, holes, or dents in car bodies or panels. In conclusion, fiberglass mat tissue can be effectively used for repairing automotive parts, especially those made of fiberglass. Its versatility, lightweight nature, resistance to corrosion, and high tensile strength make it an excellent choice for restoring the structural integrity and appearance of damaged automotive parts.

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