• Fiberglass Mat Tissue E-Glass Chopped Strand Mat (Powder, 450g-1270mm) System 1
  • Fiberglass Mat Tissue E-Glass Chopped Strand Mat (Powder, 450g-1270mm) System 2
Fiberglass Mat Tissue E-Glass Chopped Strand Mat (Powder, 450g-1270mm)

Fiberglass Mat Tissue E-Glass Chopped Strand Mat (Powder, 450g-1270mm)

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Loading Port:
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Payment Terms:
TT or LC
Min Order Qty:
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Supply Capability:
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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.

E glass chopped strand mat is made from fiberglass strands chopped to length and bonded together

with powder binder. 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.

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

E glass chopped strand mat is made from fiberglass strands chopped to length and bonded together

with powder binder. 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.
7.fiberglass woven roving has the features of : high tensile strength, corrosion resistance, flame retardance,insulativity.main function
8.applied to hand lay-up process
9.to reinforce UP resin
10.even thickness and flawless
11.good performance of processability in moulded parts
12.properties guaranteed under moisture condition
13.excellent mechanical strength during production of finished products

 

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 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

13.6±0.35

≥200

EMC 100

E-GLASS

100±10

±5

6~65

<0.2

9.5±0.35

≥170

EMC 150

E-GLASS

150±15

±5

6~97

<0.2

8.0±0.35

≥40

EMC 225

E-GLASS

225±22

±5

6~150

<0.2

5.0±0.6

≥60

EMC 300

E-GLASS

300±30

±5

6~180

<0.2

4.0±0.6

≥90

EMC 450

E-GLASS

450±45

±5

6~180

<0.2

3.8±0.6

≥120

EMC 600

E-GLASS

600±60

±5

6~240

<0.2

3.6±0.6

≥150

EMC 900

E-GLASS

900±90

±5

6~190

<0.2

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.

7. What is the Production Lead Time?

1 *40HQ each day.

Q: Is fiberglass mat tissue suitable for wind energy applications?
Indeed, fiberglass mat tissue proves to be a fitting choice for wind energy applications. This lightweight and resilient material is often employed in the fabrication of wind turbine blades. It possesses remarkable strength and rigidity, rendering it well-suited to endure the formidable strains and pressures exerted on wind turbines. Furthermore, fiberglass mat tissue exhibits resistance against corrosion and deterioration caused by UV radiation, thereby guaranteeing the durability and functionality of wind turbine blades. In summary, the integration of fiberglass mat tissue into wind energy applications enables the creation of efficient and dependable wind turbines capable of generating clean and sustainable energy.
Q: How is fiberglass mat tissue used in the production of windshields?
The unique properties and functions of fiberglass mat tissue make it a crucial component in windshield production. To strengthen and increase the durability of the glass, manufacturers use fiberglass mat tissue as a reinforcement material. In the manufacturing process, a layer of fiberglass mat tissue is inserted between two layers of glass to create a laminated structure. This layer acts as a barrier, preventing the glass from shattering upon impact and holding it together for the safety of the vehicle occupants. By serving as a reinforcing material, fiberglass mat tissue improves the mechanical properties of the windshield. It enhances the impact resistance, reducing the likelihood of cracks or chips caused by stones, debris, or other objects. This reinforcement also provides structural integrity, allowing the windshield to withstand extreme weather conditions and vibrations without affecting its functionality. Moreover, fiberglass mat tissue aids in reducing noise transmission and vibrations. Its sound-damping properties contribute to a quieter and more comfortable driving experience by minimizing external noise from entering the vehicle cabin. Additionally, the use of fiberglass mat tissue enables the production of curved windshields. The material's flexibility allows it to conform to different shapes and contours, enabling manufacturers to create windshields with customized designs and improved aerodynamics. In conclusion, fiberglass mat tissue plays a vital role in windshield production. Its reinforcement properties enhance the strength and impact resistance of the glass, ensuring the safety of vehicle occupants. It also contributes to a quieter driving experience and enables the production of curved windshields with improved aerodynamics.
Q: Can fiberglass mat tissue be used for architectural facades?
Yes, fiberglass mat tissue can be used for architectural facades. It is a versatile material that offers excellent strength, durability, and weather resistance, making it suitable for various applications including architectural facades.
Q: What is the cost of fiberglass mat tissue?
The price of fiberglass mat tissue can fluctuate based on a variety of factors including the brand, quality, quantity, and location. Typically, the cost per square foot for fiberglass mat tissue falls between $0.50 and $2. However, it is crucial to consider that prices may vary depending on the project's specific requirements and the supplier or retailer from whom it is obtained. To ensure the best value and appropriateness for your needs, it is advisable to conduct thorough research and compare prices from different sources.
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: Can fiberglass mat tissue be used for reinforcing wind turbine blades?
Wind turbine blades can be reinforced using fiberglass mat tissue, a lightweight and flexible material composed of thin glass fibers bonded with resin. This material is frequently employed in various applications requiring strength and durability, including wind turbine blade construction. To efficiently harness wind power, turbine blades must possess strength while remaining lightweight. They face various forces, such as wind loads, vibrations, and extreme weather conditions. Fiberglass mat tissue is an ideal option for reinforcing these blades due to its exceptional mechanical properties. It offers high tensile strength and stiffness, enabling the blades to withstand the stress and strain they encounter during operation. Furthermore, fiberglass mat tissue exhibits excellent resistance to corrosion and fatigue, which are crucial factors for ensuring the long-term performance of wind turbine blades. It also maintains good dimensional stability, preserving the shape and integrity of the blades over time. Moreover, fiberglass mat tissue can be easily shaped and molded, allowing for the creation of complex and aerodynamic blade designs. It can be layered and combined with other materials, such as epoxy resin, to form a composite structure that optimizes the strength and performance of wind turbine blades. In conclusion, fiberglass mat tissue is a widely used and suitable material for reinforcing wind turbine blades. Its lightweight nature, high strength, corrosion resistance, and moldability make it an excellent choice for maintaining the structural integrity and efficiency of wind turbines.
Q: How does the porosity of fiberglass mat tissue affect its performance?
The performance of fiberglass mat tissue is significantly impacted by its porosity. Porosity refers to the presence of small pores or holes in the material, which affect its ability to absorb and retain fluids, as well as its strength and durability. To begin, the absorption capability of fiberglass mat tissue is influenced by its porosity. A higher porosity allows the tissue to absorb more fluids, such as resins or binders, during manufacturing. This absorption is crucial as it ensures better adhesion between the fiberglass mat and the bonding material, resulting in a stronger and more durable final product. Next, the strength and stiffness of the fiberglass mat tissue are affected by its porosity. A lower porosity generally indicates a higher density and a more tightly packed structure, resulting in increased strength and stiffness. This is beneficial in applications where the material needs to withstand high mechanical stresses or act as a structural component. Furthermore, the thermal and acoustic insulation properties of the fiberglass mat tissue are impacted by its porosity. A higher porosity typically leads to better thermal and acoustic insulation due to the increased number of air pockets within the material. These air pockets act as barriers, reducing heat transfer and sound transmission, making the material suitable for applications that require thermal or acoustic insulation. Moreover, the filtration capabilities of the fiberglass mat tissue can be influenced by its porosity. If the material has a high porosity, it can effectively trap and retain particles, making it suitable for use in filtration systems. Conversely, a low porosity may allow for better flow rates, making it more suitable for applications where fluid permeability is important, such as drainage applications. In conclusion, the porosity of fiberglass mat tissue has various effects on its performance. It determines its absorption capability, strength, stiffness, thermal and acoustic insulation properties, filtration capabilities, and fluid permeability. Therefore, understanding and controlling the porosity of fiberglass mat tissue is crucial to ensure optimal performance in a wide range of applications.
Q: How is fiberglass mat tissue used in the production of chemical storage tanks?
Fiberglass mat tissue is utilized in the production of chemical storage tanks as a reinforcement material. It is typically combined with resin to form a composite material that provides strength, durability, and resistance to various chemicals. The fiberglass mat tissue is layered within the tank structure to enhance its structural integrity and prevent leakage. During the manufacturing process, the fiberglass mat tissue is impregnated with resin, usually polyester or epoxy, to create a strong bond between the fibers and the matrix. This impregnated mat is then placed on a mold or mandrel and subsequently covered with additional layers of resin and mat, forming a laminate. The number of layers and thickness can vary depending on the desired tank specifications and the chemicals it will store. The combination of the fiberglass mat tissue and resin provides excellent corrosion resistance, making it suitable for storing a wide range of chemicals. Fiberglass is inherently non-reactive and can withstand exposure to harsh chemicals, acids, and alkalis without degrading or compromising the tank's structural integrity. This makes fiberglass mat tissue a preferred material for chemical storage tanks, as it ensures the safety of the stored chemicals and minimizes the risk of leaks or contamination. Additionally, the use of fiberglass mat tissue allows for the production of tanks with complex shapes and sizes, as it can be easily molded and formed into various configurations. This flexibility in design ensures that chemical storage tanks can be tailored to specific requirements and can be efficiently integrated into different industrial applications. In summary, fiberglass mat tissue plays a crucial role in the production of chemical storage tanks by reinforcing the tank structure, providing resistance to chemicals, and enabling the fabrication of tanks with diverse shapes and sizes. Its combination with resin creates a durable and corrosion-resistant composite material, ensuring the safe storage of chemicals in various industrial settings.
Q: How does the width and length of fiberglass mat tissue affect its application?
The width and length of fiberglass mat tissue can greatly affect its application in various ways. Firstly, the width of the mat tissue determines the coverage area and ease of installation. A wider mat tissue can cover a larger surface area, reducing the number of individual sheets required for a project. This can save time and effort during installation, especially for large-scale applications. Additionally, the width of the mat tissue can affect the overall strength and durability of the finished product. A wider mat tissue provides more reinforcement, making it suitable for applications that require greater strength and stability, such as in the construction of structural components or high-stress areas. On the other hand, the length of the mat tissue impacts the convenience and flexibility during application. Longer rolls of mat tissue allow for continuous installation without the need for frequent seams or joints. This is particularly advantageous when working on large projects, as it minimizes potential weak points and enhances the overall integrity of the fiberglass application. Moreover, the length of the mat tissue also affects the ease of handling and transportation. Longer rolls can be more challenging to maneuver and transport, especially in confined spaces or through narrow doorways. Therefore, the length should be considered based on the accessibility and logistics of the specific application site. In summary, the width and length of fiberglass mat tissue play crucial roles in its application. The width determines the coverage area, strength, and durability, while the length influences the convenience, flexibility, and handling during installation. Considering these factors allows for a more efficient and successful application of fiberglass mat tissue in various industries and projects.
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.

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