Fiberglass chopped strand mat high quality

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 m.t.

Supply Capability:: 100 m.t./month

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Product Description

.The Style including the EMC100,EMC200,EMC600.EMCL600.EMCL450,CMC300.CMC450....

2.General width 1040mm/1270mm

3.chopped strand mat is made of randomly dispersed with power or emulsion bonded.

4.Applicable for hand lay -up ,continuous lamination process,compatible with UP VE

5.Suitable for transparent panels,ship ,bodies,automobile parts and interior decorations....

Style :

Fiberglass chopped strand mat high quality

Packing :

each roll is packed by polyester bag .
2.Every roll in a cardbord box or thhr plastic woven bag
3.30kg with a rollof woven roving
4.Bordbox size : 22*24*114cm
5.The details as per customes requriments

Q:Characteristics of carbon fiber: At present, the world's carbon fiber production reached 40 thousand tons per year, the situation will not change a lot, In the past 20 years, 3K, Lombardy will exceed 5000 tons in 2010. However, short fiber and chopping fiber, metal, viscose or phenolic fibers are made by carbonization to form composite materials, automobile plate spring and drive shaft etc.. .

Q:How does the thermal conductivity of the chopped strand affect its performance?: The thermal conductivity of the chopped strand directly affects its performance as it determines how efficiently heat can be transferred through the material. Higher thermal conductivity allows for better heat dissipation, resulting in improved performance in applications where heat management is crucial, such as in electronic devices or thermal insulation. Conversely, lower thermal conductivity may be desired in situations where heat retention is important, such as in building insulation.

Q:How is the tensile strength of fiberglass chopped strand determined?: ASTM D2343-17 is the standardized testing method used to determine the tensile strength of fiberglass chopped strand. This involves subjecting a sample to a controlled pulling force until it breaks, and then measuring the force required to break it. This measured value is used to determine the tensile strength. To ensure a secure and uniform distribution of the pulling force, the fiberglass chopped strand is typically held in a specially designed grip system during the testing process. This grip system is attached to a universal testing machine that can steadily increase the force applied to the sample. The test is conducted in a controlled laboratory environment, with specific parameters like temperature and humidity carefully maintained to ensure accurate and reliable results. Multiple samples are usually tested for statistical significance. Once the test is finished, the maximum force required to break the sample is recorded. This value is divided by the cross-sectional area of the sample to calculate the tensile strength of the fiberglass chopped strand. The tensile strength is commonly reported in units of force per unit area, such as pounds per square inch (psi) or megapascals (MPa). By determining the tensile strength of fiberglass chopped strand, manufacturers and end-users can evaluate its suitability for various applications that demand high tensile strength properties. These applications include the production of composite materials, construction, automotive, aerospace, and marine industries.

Q:What is the tensile strength of fiberglass chopped strand?: The tensile strength of fiberglass chopped strand can vary depending on the specific type and manufacturer. On average, however, fiberglass chopped strand has a tensile strength ranging from 200 MPa to 800 MPa. This means that it can withstand a considerable amount of pulling force before breaking or fracturing. The actual tensile strength may also be influenced by other factors such as the length and orientation of the fibers, the resin used to bind them, and the manufacturing process. It is always recommended to consult the datasheet or technical specifications provided by the manufacturer for accurate and specific information regarding the tensile strength of a particular fiberglass chopped strand product.

Q:What are the safety precautions to be taken while handling fiberglass chopped strand?: When handling fiberglass chopped strand, it is important to take several safety precautions. First, wearing appropriate personal protective equipment such as gloves, safety goggles, and a respirator is essential to prevent direct contact with the fibers and to avoid inhalation of any dust or particles. Additionally, it is recommended to work in a well-ventilated area to minimize the concentration of airborne fibers. When cutting or handling the material, sharp tools should be used carefully to prevent injuries. Lastly, it is crucial to follow proper disposal procedures for any waste or scraps to minimize environmental impact.

Q:What are the typical compression properties of fiberglass chopped strand composites?: The compression characteristics of fiberglass chopped strand composites can differ depending on various factors, including fiber type, fiber orientation, resin matrix, and manufacturing technique. However, in general, these composites demonstrate excellent compression strength and stiffness. Fiberglass chopped strand composites typically possess a high compressive strength, making them ideal for structural applications that require load-bearing capabilities. The specific strength may vary depending on the composition, but it is often comparable to, or even superior than, other commonly used composites like carbon fiber composites. Regarding stiffness, fiberglass chopped strand composites exhibit favorable performance. The fibers within the composite material act as reinforcement, enhancing overall stiffness. This stiffness is particularly advantageous in applications where rigidity and dimensional stability are crucial. It is important to note that the compression properties of fiberglass chopped strand composites can be customized to meet specific requirements by adjusting factors such as fiber content, fiber orientation, and resin selection. Manufacturers can optimize the compression performance of these composites for different applications by varying these parameters. In summary, fiberglass chopped strand composites are renowned for their impressive compression properties, combining high strength and stiffness. These properties enable their suitability for a wide range of applications, including automotive components, aerospace structures, sporting goods, and construction materials.

Q:Can fiberglass chopped strand be used in sporting goods applications?: Certainly! Sporting goods applications can involve the utilization of fiberglass chopped strand. This particular type of fiberglass is frequently employed as a reinforcement material within composite materials. These composite materials find extensive use in the manufacturing of a diverse range of sporting goods, including but not limited to kayaks, canoes, paddleboards, skis, snowboards, hockey sticks, tennis rackets, and various others. By incorporating fiberglass chopped strand into these applications, the strength, stiffness, and durability of the products can be enhanced, rendering them better suited to withstand the demanding conditions they encounter during use. Furthermore, the manufacturing process easily accommodates the integration of fiberglass chopped strand, thus facilitating the creation of lightweight yet resilient sporting goods.

Q:what is glass fiber tank furnace drawing and what is used for?: From the performance, it could be divided in wind power yarn, chopped yarn, glass pipes, thermoplastic filament winding, yarn, plastic heat wind blade, fiber, transparent tile, computer motherboard, fishing rod, transparent sheet yarn, forming the way points directly from the yarn and cake, SMC yacht accessories, rocket parts and so on. It is also used widely, like car roof, electronic yarn cloth, mobile phone motherboard

Q:How does the diameter of fiberglass chopped strand affect its performance?: The diameter of fiberglass chopped strands plays a significant role in determining its performance. A smaller diameter generally leads to improved mechanical properties, such as increased tensile strength, flexural strength, and impact resistance. This is because smaller diameter strands have a higher surface area to volume ratio, allowing for a more effective transfer of stress and load across the material. Moreover, smaller diameter strands offer better dispersion and wet-out in resin systems, resulting in improved overall composite properties. This enhanced wet-out ensures better adhesion between the fibers and the resin matrix, leading to increased strength and stiffness of the composite material. Additionally, the diameter of chopped strands affects the processing characteristics of the fiberglass. Smaller diameter strands are more easily dispersed in resin systems, leading to improved flowability and reduced fiber entanglement during molding processes. This allows for better fiber distribution and orientation within the composite, enhancing its overall performance. However, it is worth noting that there is a trade-off between diameter and handling characteristics. Smaller diameter strands can be more difficult to handle during manufacturing processes due to their increased susceptibility to breakage and tangling. Therefore, it is essential to strike a balance between the desired performance characteristics and ease of handling when selecting the diameter of fiberglass chopped strands for a particular application.

Q:Is fiberglass chopped strand suitable for water treatment applications?: Fiberglass chopped strand is not suitable for water treatment applications, as it is primarily utilized in composite production and lacks the ability to withstand the rigorous conditions and chemicals commonly encountered in water treatment processes. In order to ensure durability and long-term performance, materials such as stainless steel, plastic, or specialized corrosion-resistant alloys are commonly employed in water treatment applications, as they possess the necessary resistance against corrosion, chemicals, and high temperatures.

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