Log Burner Door Seal Rope,Ceramic Fiber Rope Seal Gasket - Square Braided 6 x 6Mm, High Temperature for Boiler Furnace Oven Kiln Casting(5000CM)

Name: ceramic fiber packingTemperature: 800C - 1260°CPressure: 3-21MpaLinear speed: 12m/s m/sPH value [PH range]:3~14Material: The ceramic fiber packing is made of high-quality ceramic fiber,Ceramic fiber textiles have the following advantages:1.Continuous use temperature up to 1260 °C.2.It has good resistance to acid and alkali corrosion and corrosion resistance to aluminum and zinc.3.Good high temperature strength and thermal insulation performance.4.Ceramic fiber cloths, tapes, packings and other products with alkali-free glass fiber yarns as reinforcing materials have a higher electrical insulation and high temperature electrical insulation than glass fibers.Notice:1. Due to manual measurement, please allow an error of 0.1-0.3mm.2. As different computers display different colors, thank you for your understanding, the actual product color may be slightly different from the image.3.If you have any questions about this product, please feel free to contact us. We will reply to you as soon as possible.

• SUITABLE FOR: boiler door, high temperature furnace door, high temperature and high pressure industriesSealing the doors on wood stoves.Sealing doors and viewing panels on coal stoves.Boiler door sealing.Insulation on oven doors.Heat resistant seals, gaskets and insulation for furnaces and fireplaces.
• EASY TO USE: Easy to roll out and cut with a sharp knife or blade / Soft and easy to mold Ceramic fiber rope.
• RATED:Short-term heat-resistant temperature: 1260 degrees Celsius = 2300 degrees Fahrenheit ;Long-term heat resistance temperature: 1000 degrees Celsius = 1832 degrees Fahrenheit.
• Good sealing performance and tight weave design, suitable for withstanding industrial sealing, improving combustion efficiency
• Stove Fiberglass Cord: Suitable for general use across wood stoves pellet stoves boilers industrial ovens fireplaces and chimneys offering consistent sealing performance under extreme conditions