Fiber Glass Chopped Strand Mat for FRP TanK,FRP Panel

Fiber Glass Chopped Strand Mat for FRP TanK,FRP Panel System 1

Fiber Glass Chopped Strand Mat for FRP TanK,FRP Panel

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 4000 kg

Supply Capability:: 200000 kg/month

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Introduction of E-glass Chopped Strand Mat

Chopped strand mat is made from fiberglass chopped strands boned with powder binder or emulsion binder.

This products ischaracterized bg good combination of resin,easg operation ,good wet strengthretention,good laminate transparency

Chopped strand mat is used primarily for hand lay-up processes, filament winding and press molding of FRP products. Typical products include bathroom

accessories, pipe, building materials, automobiles, furniture and other FRP products.

Features of E-glass Chopped Strand Mat

1.Warp and weft rovings aligned in a parallel,flat manner and uniform tension .
2.Densely alighed fibers,providing high dimensional stability ans easy handing .
3.Good moldability,fast and complete resin wet-out ,enabling high productively .
4.Good transporsision and hign strength of the composite products.
5.Even thickness ,no fuzz ,no stain.
6.Fast wet-out ,products with high strength ,little loss for strength in damp situation.

Features of E-glass Chopped Strand Mat

1.the composit products have high dry and wet tensile strenth and good transparency.
2.Low fuzz ,dirt ,impurity and other stain

Images of E-glass Chopped Strand Mat

E-glass Chopped Strand Mat-Emuision

E-Glass Chopped Strand Mat Specification：

Property	Glass type	Weight(g/m2)	Width 200~3300	Roll Weight	Moisture Content /%	Combustible Content /%	Breakage Strength /N
Test Method	GB/T 1549	ISO3374:2000	ISO3374	GB/T17470-1998	ISO3344:1997	ISO1887:1995	ISO3342
EMC 80	E-GLASS	80±16	±5	6~50	<0.2< span="">	13.6±0.35	≥200
EMC 100	E-GLASS	100±10	±5	6~65	<0.2< span="">	9.5±0.35	≥170
EMC 150	E-GLASS	150±15	±5	6~97	<0.2< span="">	8.0±0.35	≥40
EMC 225	E-GLASS	225±22	±5	6~150	<0.2< span="">	5.0±0.6	≥60
EMC 300	E-GLASS	300±30	±5	6~180	<0.2< span="">	4.0±0.6	≥90
EMC 450	E-GLASS	450±45	±5	6~180	<0.2< span="">	3.8±0.6	≥120
EMC 600	E-GLASS	600±60	±5	6~240	<0.2< span="">	3.6±0.6	≥150
EMC 900	E-GLASS	900±90	±5	6~190	<0.2< span="">	3.4±0.6	≥180

FAQ of Chopped strand mat

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:Is fiberglass mat tissue compatible with different adhesives?: Different adhesives can be used with fiberglass mat tissue. Fiberglass mat tissue is a versatile material that finds applications in construction, automotive, and aerospace industries. It acts as a reinforcement in composites, providing strength and durability when combined with resin and adhesive. Compatibility between fiberglass mat tissue and adhesives depends on various factors including adhesive type, specific application, and performance requirements. Epoxy, polyester, vinyl ester, and polyurethane adhesives are among the wide range of adhesives that can be compatible with fiberglass mat tissue. To ensure optimal adhesion and performance, it is important to consider the properties of both the adhesive and the fiberglass mat tissue. Factors such as curing time, viscosity, bond strength, and chemical resistance should be taken into account. In some cases, surface treatment or priming may be necessary to improve compatibility between the two materials. This can involve applying a primer or using a specific surface treatment method to promote adhesion and ensure a strong bond. In conclusion, fiberglass mat tissue can be used with different adhesives, but careful consideration of application requirements and selection of appropriate adhesive and surface treatment method is essential for achieving desired results.

Q:How does the roll diameter of fiberglass mat tissue affect its handling?: The handling of fiberglass mat tissue can be significantly impacted by the diameter of the roll. When the roll diameter is larger, the roll becomes heavier and bulkier, which poses a greater challenge for handling and maneuvering. This is especially important when the fiberglass mat tissue needs to be transported or installed manually. Furthermore, lifting and moving a larger roll diameter requires more physical effort, putting strain on those handling it. Additionally, larger roll diameters occupy more space, making storage and transportation more complicated. On the other hand, a smaller roll diameter makes the fiberglass mat tissue easier to handle due to its lighter and more compact nature. This is particularly advantageous in situations that involve frequent movement and installation, such as construction sites or manufacturing facilities. Moreover, a smaller roll diameter allows for more efficient storage and transportation as it takes up less space and can be easily stacked. This optimization of logistics helps minimize the costs associated with storage and transportation. In summary, the roll diameter of fiberglass mat tissue directly impacts its handling characteristics. Larger diameters make handling more challenging, while smaller diameters provide easier handling and improved storage efficiency.

Q:How does fiberglass mat tissue contribute to the strength and durability of composite materials?: The strength and durability of composite materials are greatly enhanced by fiberglass mat tissue. To begin with, the mat tissue acts as a reinforcement element, providing added strength and rigidity to the composite structure. The fibers in the mat tissue are usually made of glass, which possesses high tensile strength and stiffness. These fibers are arranged randomly, forming a three-dimensional network that evenly distributes stress throughout the composite material. This network of fibers helps to resist cracks and fractures, thus increasing the overall strength of the composite. Additionally, the mat tissue serves as a protective barrier against delamination, a common problem in composite materials. Delamination refers to the separation of layers within the composite, which can weaken its structural integrity. By bonding the layers together and improving their adhesion, the fiberglass mat tissue prevents delamination. This enhanced adhesion reduces the chances of interface failure and improves the overall durability of the composite material. Moreover, fiberglass mat tissue contributes to the improved impact resistance of composite materials. The random fiber orientation within the mat tissue creates a crisscross pattern that enhances the composite's ability to absorb and distribute impact energy. This characteristic makes the material less susceptible to damage from external forces, such as impacts, vibrations, or mechanical stress. In conclusion, fiberglass mat tissue plays a vital role in strengthening and enhancing the durability of composite materials. Its reinforcement capabilities, delamination prevention, and improved impact resistance make it an essential component in various industries, including automotive, aerospace, construction, and marine, where the demand for strong and durable materials is critical.

Q:Is fiberglass mat tissue fire-resistant?: No, fiberglass mat tissue is not inherently fire-resistant. While fiberglass itself is a non-combustible material, fiberglass mat tissue is typically combined with a binder or resin that may be flammable. However, specialty fiberglass mat tissue products are available that have been treated with fire-resistant coatings or additives to enhance their fire resistance properties. These treated materials can provide improved fire resistance and are commonly used in applications where fire safety is a concern, such as in certain construction or insulation materials. It is important to review the specific product specifications or consult with the manufacturer to determine the fire resistance capabilities of a particular fiberglass mat tissue.

Q:How is fiberglass mat tissue manufactured?: The production of fiberglass mat tissue is accomplished by utilizing glass fibers and a binder material in a multi-step procedure. Firstly, glass fibers are manufactured by melting raw materials like silica sand, limestone, and soda ash in a furnace. The molten glass is then forced through small holes in a spinneret, resulting in the creation of fine strands of glass fibers. Once the glass fibers are generated, they are gathered and formed into a continuous mat. This is achieved by passing the fibers through a sequence of rollers or air jets that align and compress them into a uniform sheet. At this stage, the mat retains a loose and fragile structure. To provide the fiberglass mat tissue with strength and stability, a binder material is introduced. This binder can be a resin or a mixture of resins and additives. Typically, the binder is sprayed onto the mat, allowing it to permeate and bond with the glass fibers. This process is referred to as wet-laid manufacturing. Following the application of the binder, the fiberglass mat tissue undergoes a curing process. Depending on the specific requirements of the product, this may involve the application of heat, pressure, or both. The purpose of the curing process is to solidify the binder and ensure a secure bond with the glass fibers, resulting in a robust and long-lasting mat. Once the curing process is completed, excess moisture is removed from the fiberglass mat tissue through drying. It is then trimmed and cut to the desired dimensions. Depending on its intended use, the mat may undergo further treatments like surface coatings or laminations to enhance its performance properties. In summary, the manufacturing process of fiberglass mat tissue encompasses the production of glass fibers, the formation of a continuous mat, the addition of a binder material, curing, drying, and final processing. This comprehensive procedure guarantees that the resulting fiberglass mat tissue possesses strength, flexibility, and suitability for a diverse range of applications such as insulation, reinforcement in composites, or roofing materials.

Q:Can fiberglass mat tissue be used for windbreak panels?: Windbreak panels can utilize fiberglass mat tissue, which functions as a lightweight and flexible material. This material is commonly utilized in insulation, reinforcement, and structural support applications. It is recognized for its durability, high strength-to-weight ratio, and ability to withstand various weather and environmental conditions. By incorporating fiberglass mat tissue into windbreak panels, additional reinforcement and stability are provided. This reinforcement allows the panels to endure strong winds without experiencing damage or breakage, rendering fiberglass mat tissue an effective choice for windbreak panels. Furthermore, fiberglass mat tissue possesses exceptional thermal and acoustic insulation properties. This feature contributes to the reduction of noise and regulation of temperature within windbreak panels, thus creating a more comfortable and protected environment. Additionally, this material is fire-resistant, ensuring the safety of windbreak panels. In summary, considering its strength, durability, insulation properties, and resistance to environmental conditions, fiberglass mat tissue proves to be a suitable and dependable material for windbreak panels.

Q:Does anyone know the hardness value of the heat conductive gasket? Does it contain the hardness of the carrier (glass fiber)?: The hardness of the heat conducting gasket does not contain the hardness of the carrier glass fiber.

Q:Are there any health risks associated with fiberglass mat tissue?: Fiberglass mat tissue poses potential health risks indeed. Its composition consists of minuscule glass fibers that can be released into the air when the material is cut, sanded, or disturbed. Inhaling these fibers can lead to skin, eye, and respiratory irritation. Immediate exposure may cause coughing, wheezing, and breathing difficulties. Prolonged exposure to fiberglass fibers has been associated with severe health complications, including lung damage and an elevated likelihood of developing respiratory conditions like asthma or bronchitis. To mitigate exposure and potential health issues, it is crucial to adhere to proper precautions, such as wearing protective clothing, goggles, and a mask when handling fiberglass mat tissue.

Q:Can fiberglass mat tissue be used for insulation in power plants?: Indeed, insulation in power plants can make use of fiberglass mat tissue. Renowned for its remarkable thermal insulation characteristics, this lightweight and pliable material serves as an effective thermal barrier in a multitude of applications, including power plants. By insulating equipment and pipelines, fiberglass mat tissue curbs heat dissipation, thereby bolstering energy efficiency and thwarting heat loss. Furthermore, given its non-combustible nature, fiberglass mat tissue emerges as an ideal option for insulation in environments where fire safety reigns supreme.

Q:How does the porosity of fiberglass mat tissue affect its performance?: The porosity of fiberglass mat tissue directly affects its performance. Higher porosity allows for better resin absorption, resulting in improved bonding and strength of the fiberglass composite. Additionally, increased porosity enhances the mat's ability to trap and hold air, providing better insulation and soundproofing properties. Conversely, lower porosity may lead to insufficient resin penetration and weaker composite structures. Therefore, porosity plays a crucial role in determining the overall performance and functionality of fiberglass mat tissue.

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