Fiberglass Mat Tissue C-Glass Woven Roving for Pultrusion

Fiberglass Mat Tissue C-Glass Woven Roving for Pultrusion System 1

Fiberglass Mat Tissue C-Glass Woven Roving for Pultrusion

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Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 1000 kg

Supply Capability:: 100000 kg/month

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Structure of Woven Roving

1)Low Fuzz

2)Fast Wet-out&Impregnation

3)Easy Lay-up&Air Release

4)Excellent Mechanical Strength

5)Good Wet Strength Retension

6)Good Laminate Transparency

Main Features of Woven Roving

1.CWR400
2.360-380g/m2
3.77.5px or 2250px width
4.plastic woven bag

Application of Woven Roving

Unit	Product No.	Weight(gsm)	Technique	Moisture content	combustible matter content(%)
M	EWR260	264±13	Plain	≤0.15	0.40-0.80
M	EWR270	261±13.5	Plain	≤0.15	0.40-0.80
M	EWR360	354±18	Plain	≤0.15	0.40-0.80
M	EWR500	504±25	Plain	≤0.15	0.40-0.80
M	EWR580	576±29	Plain	≤0.15	0.40-0.80
M	EWR600	622±30	Plain	≤0.15	0.40-0.80
M	EWR800	850±40	Plain	≤0.15	0.40-0.80
M	CWR200	200±15	Plain	≤0.15	0.40-0.80
M	CWR400	385±30	Plain	≤0.15	0.40-0.80
M	CWR600	600±45	Plain	≤0.15	0.40-0.80
M	CWR800	810±40	Plain	≤0.15	0.40-0.80

Images:

C-Glass Woven Roving

FAQ of Woven Roving

1. Why Choose us?

CNBM is a stated own company, provide the guarantee for the best quality, best service and safety business.

2. How will we guarantee the quality?

a, ISO 9001-2008 quality control system;

b, Strict and regular quality control in production;

c, Inspeciation when loading into container before shippment;

d, Sample stock for one year for quality tracing and record.

3. What is your MOQ?

Our MOQ is one pallet.

4. Can you provide sample?

Yes, samples are in stock. we can offer free sample for you.

5. Payment terms?

We can accept L/C, T/T etc.

6. Do you offer OEM service?

Yes, we can print customers’ logo on the packaging;

And the size and specification can be produced and design according to your demand.

Q: Can fiberglass mat tissue be used for making fiberglass molds?: Fiberglass molds can be made using fiberglass mat tissue. This lightweight material is composed of randomly oriented fiberglass strands and is commonly utilized in composite manufacturing to reinforce fiberglass laminates and enhance their strength. For the production of fiberglass molds, the mat tissue can be employed as a surface layer to achieve a smooth and durable finish. Its application helps prevent the formation of air bubbles, increases the mold's overall strength, and provides a suitable surface for the use of release agents or gel coats. Nevertheless, it is important to acknowledge that relying solely on fiberglass mat tissue may not be enough to create a sturdy and long-lasting mold. It is often combined with other fiberglass materials, such as chopped strand mat or woven roving, to bolster the mold's strength and thickness. In summary, fiberglass mat tissue can be a valuable component in the production of fiberglass molds, but it is typically utilized in conjunction with other materials to attain the desired properties.

Q: Can fiberglass mat tissue be used for composite pipe manufacturing?: Yes, fiberglass mat tissue can be used for composite pipe manufacturing. Fiberglass mat tissue provides reinforcement to the composite pipe, enhancing its strength, durability, and resistance to corrosion.

Q: What are the different surface finishes available for fiberglass mat tissue?: Some common surface finishes available for fiberglass mat tissue include smooth, textured, embossed, and matte finishes. These finishes can provide various aesthetic effects and enhance the performance of the fiberglass mat tissue in different applications.

Q: Can fiberglass mat tissue be used for corrosion-resistant coatings?: Yes, fiberglass mat tissue can be used for corrosion-resistant coatings. Fiberglass mat tissue is a non-woven fabric made from fine fiberglass strands bonded together with a binder. It is commonly used as a reinforcement material in composite applications due to its high strength and corrosion resistance properties. When used in corrosion-resistant coatings, fiberglass mat tissue acts as a barrier between the substrate and the corrosive environment. It provides excellent resistance to chemicals, moisture, and other corrosive substances, protecting the underlying surface from degradation. Additionally, fiberglass mat tissue can be impregnated with various resin systems that enhance its corrosion resistance properties. These resin systems can provide additional protection against specific corrosive agents or environments, making the coating even more effective. Furthermore, the flexibility and moldability of fiberglass mat tissue allow it to conform to complex shapes and surfaces, ensuring complete coverage and protection against corrosion. Overall, fiberglass mat tissue is a reliable and effective material for corrosion-resistant coatings. Its high strength, corrosion resistance, and compatibility with various resin systems make it a suitable choice for protecting surfaces in corrosive environments.

Q: How is fiberglass mat tissue used in the production of printed circuit boards?: Fiberglass mat tissue is commonly used in the production of printed circuit boards (PCBs) as a reinforcement material. PCBs are typically made of layers of copper, insulating materials, and fiberglass. The fiberglass mat tissue serves as a structural support and helps provide mechanical strength to the PCB. During the manufacturing process, the fiberglass mat tissue is impregnated with a resin, usually epoxy, to form a laminate material. This laminate is then layered with copper foils, which act as conductive pathways for the electrical signals on the PCB. The fiberglass mat tissue plays a crucial role in the PCB's performance and reliability. It provides a solid foundation for the copper layers, preventing them from delaminating or warping due to mechanical stress or temperature changes. It also helps to maintain the dimensional stability of the PCB, ensuring that it remains flat and rigid. Furthermore, the fiberglass mat tissue enhances the PCB's resistance to heat and moisture. The epoxy resin used in the laminate offers excellent insulation properties, protecting the copper conductors from short circuits or electrical leakage. Additionally, the fiberglass mat tissue acts as a barrier against moisture absorption, preventing the PCB from becoming damaged or malfunctioning. In summary, fiberglass mat tissue is an essential component in the production of printed circuit boards. It provides structural support, enhances mechanical strength, ensures dimensional stability, and improves resistance to heat and moisture. Ultimately, the use of fiberglass mat tissue contributes to the overall reliability and performance of PCBs in various electronic devices.

Q: What is the specific gravity of fiberglass mat tissue?: The specific gravity of fiberglass mat tissue can vary depending on the specific composition and manufacturing process. However, generally speaking, fiberglass mat tissue typically has a specific gravity ranging from 1.8 to 2.2. Specific gravity is a measurement that compares the density of a substance to the density of a reference substance, usually water. A specific gravity of 1.0 indicates that the substance has the same density as water, while a value greater than 1.0 indicates a higher density. Therefore, the specific gravity of fiberglass mat tissue suggests that it is denser than water.

Q: How is fiberglass mat tissue used in the production of chemical storage tanks?: Fiberglass mat tissue serves as a reinforcement material in the manufacturing of chemical storage tanks. It is combined with resin to create a composite material that offers strength, durability, and protection against different chemicals. By layering the fiberglass mat tissue within the tank structure, its structural integrity is enhanced, and the risk of leakage is prevented. During the manufacturing process, resin, typically polyester or epoxy, is impregnated into the fiberglass mat tissue to establish a strong bond between the fibers and the matrix. This impregnated mat is then placed on a mold or mandrel and covered with additional layers of resin and mat, resulting in a laminate. The number of layers and thickness can vary based on the desired tank specifications and the chemicals it will store. The combination of fiberglass mat tissue and resin yields outstanding corrosion resistance, making it ideal for storing a wide range of chemicals. Fiberglass is inherently non-reactive and can endure exposure to harsh chemicals, acids, and alkalis without compromising the tank's structural integrity or degrading. Hence, fiberglass mat tissue is the preferred material for chemical storage tanks as it guarantees the safety of stored chemicals and minimizes the risk of leaks or contamination. Moreover, the utilization of fiberglass mat tissue enables the production of tanks with complex shapes and sizes. It can be easily molded and formed into various configurations, providing flexibility in design. This ensures that chemical storage tanks can be tailored to specific requirements and seamlessly integrated into diverse industrial applications. In conclusion, fiberglass mat tissue is indispensable in the manufacturing of chemical storage tanks. It reinforces the tank structure, offers chemical resistance, and facilitates the fabrication of tanks with diverse shapes and sizes. When combined with resin, it creates a durable and corrosion-resistant composite material, ensuring the secure storage of chemicals in a variety of industrial settings.

Q: How is fiberglass mat tissue different from fiberglass cloth?: Fiberglass mat tissue and fiberglass cloth are both materials made of woven glass fibers, but they have some key differences. Fiberglass mat tissue is a non-woven material that consists of randomly oriented glass fibers held together by a binder material. It is typically used as a reinforcement layer in composite materials such as fiberglass reinforced plastic (FRP) or fiberglass reinforced concrete (FRC). The random orientation of the fibers provides strength and stability to the composite structure. Fiberglass mat tissue is commonly used in applications where strength and rigidity are important, such as boat hulls or automotive parts. On the other hand, fiberglass cloth is a woven material that is made by interlacing glass fibers together in a specific pattern. It is commonly used for applications where flexibility and conformability are important, such as in the construction of surfboards or in the aerospace industry. Fiberglass cloth allows for more precise and controlled placement of fibers, making it suitable for creating complex shapes and achieving a higher level of detail in the final product. Overall, the main difference between fiberglass mat tissue and fiberglass cloth lies in their structural characteristics and intended applications. Fiberglass mat tissue offers strength and stability, while fiberglass cloth provides flexibility and conformability. The choice between these materials depends on the specific requirements of the project and the desired outcome.

Q: Is fiberglass mat tissue resistant to mildew and rot?: Yes, fiberglass mat tissue is resistant to mildew and rot.

Q: How does the width of fiberglass mat tissue affect its conformability?: The conformability of fiberglass mat tissue can be significantly influenced by its width. In general, a wider width allows for greater flexibility and adaptability to various surfaces and shapes. This is due to the fact that a broader mat tissue can cover larger areas, resulting in smoother transitions and improved conformability to irregular surfaces. Conversely, a narrower width of fiberglass mat tissue may be more rigid and less capable of conforming to intricate shapes or contours. It may struggle to adhere properly to uneven surfaces, leading to potential gaps or imperfections. Moreover, a narrower width might restrict the flexibility and maneuverability of the mat tissue during installation or application. Thus, when determining the conformability of fiberglass mat tissue, it is crucial to consider its width. Generally, a wider width provides superior conformability and the ability to cover larger areas, while a narrower width may have limitations in adapting to complex surfaces.

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