High Silica Sewing Thread is a heat-resistant thread made from premium silica fibers. It withstands extreme temperatures, flame, and molten metal splashes. Ideal for automotive, aerospace, and welding industries, High silicone sewing thread can be used normally below 900 degrees Celsius. With high tensile strength and chemical stability, it is used in fire-resistant clothing, thermal insulation blankets, and high-temperature filters. Durable and reliable, it ensures strong stitches and protection in harsh environments.
Product Advantage
1.Extreme Heat Resistance: High Silica Sewing Thread exhibits exceptional resistance to extreme temperatures, allowing it can work normally under 900°C . This makes it suitable for use in high-temperature environments where conventional threads would fail.
2.Flame and Fire Resistance: The thread is inherently fire-resistant, providing reliable protection against flames and reducing the risk of ignition or spreading of fires. This feature makes it ideal for applications where fire safety is critical, such as fire-resistant clothing and thermal insulation blankets.
3.Excellent Chemical Stability: High Silica Sewing Thread demonstrates excellent resistance to corrosive chemicals, acids, and alkalis. It maintains its strength and integrity even when exposed to harsh chemical environments, ensuring long-lasting performance and durability.
4.High Tensile Strength: The thread offers high tensile strength, enabling it to withstand heavy loads and provide strong, durable stitches. It maintains its structural integrity and resists breakage even under demanding conditions, ensuring reliable performance.
5.Versatile Application: High Silica Sewing Thread finds applications in various industries, including automotive, aerospace, foundries, glass manufacturing, and welding. It is used for sewing heat-resistant clothing, thermal insulation blankets, high-temperature filters, and other protective gear.
Product Uses
1.High-temperature filters: High Silica Sewing Thread is used in the production of high-temperature filters, such as molten metal filters and high-temperature gas filters.
2.Fire-resistant clothing: Due to its flame-resistant properties, High Silica Sewing Thread is widely used in the manufacturing of fire-resistant clothing, including firefighting suits, welding suits, and other workwear that requires flame resistance.
3.Thermal insulation materials: High Silica Sewing Thread is used to stitch thermal insulation materials, such as thermal insulation blankets, heat shields, and thermal insulation pads, to protect equipment from high-temperature environments.
4.Aerospace: In the aerospace industry, High Silica Sewing Thread is used to manufacture high-temperature-resistant aerospace equipment, space suits, and other aerospace devices.
5.Glass manufacturing: High Silica Sewing Thread is applied in the glass manufacturing industry for stitching high-temperature-resistant glass fiber products, such as glass fiber filters and refractory glass fiber products.
6.Steel and metallurgy: In steel and metallurgical processes, High Silica Sewing Thread is used to stitch high-temperature-resistant protective covers, insulation pads, and refractory materials to protect equipment from high temperatures and metal splashes.
7.Automotive industry: High Silica Sewing Thread finds wide application in automotive manufacturing and repairs for stitching high-temperature-resistant automotive components, such as engine covers, exhaust systems, and heat shields.
FAQ
Q: Which industries are high silica sewing threads suitable for?
A: High silica sewing thread is suitable for automotive, aerospace, steel metallurgy, glass manufacturing and other industries, especially in environments that require high temperature resistance and fire resistance.
Q: What fire-resistant properties does high-silica sewing thread have?
A: High silicone sewing thread has good fire resistance and can resist flames and molten metal splash, reducing the risk of fire.
Q: Is high silica sewing thread chemically stable?
A: Yes, high silica sewing thread has excellent chemical stability and can resist the attack of corrosive chemicals, acids and alkalis.
