High Temperature Insulation Fiberglass Needle Mats

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Loading Port:
Ningbo
Payment Terms:
TT OR LC
Min Order Qty:
500 m²
Supply Capability:
300000 m²/month
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Description: Our high-quality Glass Fiber Mat is made by means of needle punching process with the mixed silicic acid glass fiber, that is chopped from long glass fiber. It is fire retardant, high temperatures resistant, good chemical and abrasion resistant, electrically and acoustically insulating and so on. The main applications are soundproof, heat resistant, heat protection, thermal insulation on pipes, insulator for high temperatures, or other industrial areas.


Features: high temperature, chemical, and abrasion resistance, fire retardant


Application: Fiberglass Mesh Cloth, resistant high temperatures



PRICE: USD2 per kilogram

UNIT: Kilogram

MOQ: 100 KGS

Width: 1m,1.2m,1.5m or customized

Yarn Type: E-glass

Standing temperature: up to 650℃

Product name: E Glass Needle Mat

Roll length: 50 meter or customized

Color: white

Weave Type:conventional

Alkali content: Alkali free

Processing service: cutting

Material: fiberglass

Thickness: 20mm or customized

Size: can be customized

Supply ability: 200000 Kilogram/Kilograms per Month

Packaging: Rolls packed In cartons loaded on pallets or according to customers' requirements.

Lead time: 7-30 days

Technology: nonwoven, laminating and needle-punched


Q:
Various techniques can be used to paint fiberglass fabric. The initial step involves thoroughly cleaning the surface to remove any dirt, grease, or loose particles. Once the surface is clean and dry, applying a primer can enhance adhesion and promote better paint adherence to the fabric. Fiberglass fabric can be painted using different types of paint, including acrylic, latex, or oil-based paints. It is crucial to select a paint that suits the specific application and desired finish. There are three options for applying paint to fiberglass fabric: brush, roller, or spray gun. The choice depends on the fabric's size and desired finish. For smaller areas or a textured finish, a brush or roller is typically utilized. Conversely, a spray gun is more suitable for larger areas or when a smooth and even finish is desired. When applying the paint, it is essential to follow the manufacturer's instructions regarding application techniques, drying times, and recommended number of coats. It is generally advised to apply multiple thin coats rather than a thick coat to achieve a more even and durable finish. After painting, it is crucial to allow the paint to fully dry before using or handling the fiberglass fabric. The drying time can vary depending on the paint type and environmental conditions, ranging from a few hours to a few days. In summary, properly painting fiberglass fabric involves thorough surface preparation, selecting the appropriate paint, and utilizing the right technique. With adequate care and maintenance, the painted fiberglass fabric can maintain its color and finish for an extended period.
Q:
Fiberglass fabric typically performs very well in terms of peel strength. Due to the inherent strength and durability of fiberglass, it can withstand significant pulling forces without delaminating or tearing. The adhesive bond between the fiberglass fabric and the substrate is usually quite strong, resulting in high peel strength values. This makes fiberglass fabric an excellent choice for applications where strong adhesion and resistance to peeling are required, such as in composite manufacturing, aerospace, automotive, and construction industries. Additionally, the flexibility and low weight of fiberglass fabric contribute to its overall performance in peel strength, allowing it to conform to various surfaces and maintain its integrity under stress.
Q:
Fiberglass fabric undergoes the process of either plain weave or leno weave to be woven. In the plain weave technique, the warp and weft yarns intersect perpendicularly, resulting in a straightforward crisscross pattern. This particular arrangement ensures a well-balanced and robust fabric structure. Conversely, the leno weave method entails intertwining neighboring warp yarns to secure the weft yarns in position. This approach yields a more breathable and adaptable fabric that offers enhanced stability. The selection between these two weaving techniques depends on the specific attributes and intended uses of the fiberglass fabric in question.
Q:
Indeed, insulation in pipelines can be achieved by employing fiberglass fabrics. The reason behind this lies in the remarkable thermal insulating properties fiberglass fabrics possess, as they proficiently obstruct the transfer of heat. By employing fiberglass fabrics as insulation in pipelines, it becomes feasible to sustain the desired temperature of the fluid being conveyed, regardless of whether it is hot or cold. Moreover, fiberglass fabrics exhibit resistance towards moisture and chemicals, rendering them apt for utilization in diverse surroundings. Alongside this, their lightweight and flexible nature permits effortless installation and upkeep. Taken together, fiberglass fabrics are widely favored for pipeline insulation owing to their capacity for thermal insulation and enduring quality.
Q:
Yes, fiberglass fabric can be used for reinforcement in water treatment tanks.
Q:
The typical thickness range for fiberglass fabrics varies depending on the specific application and intended use. However, in general, fiberglass fabrics can range in thickness from around 0.2 millimeters (0.008 inches) to 1.5 millimeters (0.06 inches). Thinner fiberglass fabrics are often used for lightweight applications such as surfboard or boat manufacturing, while thicker fabrics are utilized for more heavy-duty applications like automotive or industrial insulation. It is important to note that there is no one-size-fits-all answer to this question as the thickness of fiberglass fabrics can be customized to meet the specific requirements of each project.
Q:
Fiberglass fabrics are generally resistant to chemical corrosion. The exceptional properties of fiberglass, such as its high resistance and inertness against chemicals, make it an excellent material for situations involving exposure to harsh chemicals. Industries like chemical processing, oil and gas, and wastewater treatment commonly utilize fiberglass fabrics, as they encounter a wide range of corrosive chemicals. The corrosion resistance of fiberglass fabrics stems from their composition of glass fibers, which are highly resistant to chemical attacks. Moreover, fiberglass fabrics can be coated with various protective coatings to further enhance their chemical resistance. Nonetheless, it is essential to note that the chemical resistance of fiberglass fabrics may vary depending on the specific chemical's type and concentration. Thus, it is advisable to consult the manufacturer or supplier for comprehensive information on the chemical resistance of fiberglass fabrics in precise applications.
Q:
Fiberglass fabric is commonly used in automotive applications to reinforce composite materials, such as fiberglass-reinforced plastic (FRP) or carbon fiber-reinforced polymer (CFRP) composites. It is often used in the manufacturing of automotive body panels, interior components, and structural elements. The fabric enhances the strength, durability, and lightweight properties of these composites, making them ideal for various automotive applications. Additionally, fiberglass fabric can help improve the overall safety and crashworthiness of vehicles.
Q:
Yes, fiberglass fabrics can be used for reinforcement in composites.
Q:
Indeed, heat-resistant gloves can utilize fiberglass fabric. Fiberglass possesses exceptional heat resistance characteristics, rendering it an optimal substance for gloves employed in high-temperature settings. This fabric exhibits the capacity to endure extreme heat without succumbing to ignition or melting. Moreover, fiberglass fabric boasts a lightweight and pliable nature, enabling comfortable usage while simultaneously providing defense against heat-related hazards. However, it is crucial to recognize that gloves constructed from fiberglass fabric may not be appropriate for handling open flames or direct contact with heated surfaces due to the material's potential for heat transfer via conduction. Consequently, it is advisable to opt for gloves specially designed for the intended heat application.

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