Sintered Fiber Cloth

Product description

High-temperature resistant fiber sintered cloth is made by heat treating greige cloth of glass fiber, ceramic fiber or bio-soluble fiber. The heat treatment carbonises dyes and other organic components in the greige, so the product emits little smoke in service. The greige cloth can be processed into sintered cloth, sintered tape and other forms to suit different working conditions.

High-temperature resistant fiber sintered cloth is made from high-temperature resistant fiber greige cloth such as fiberglass cloth, ceramic fiber cloth, and biosoluble fiber cloth through high-temperature heat treatment. High-temperature heat treatment can carbonize dyes and other organic components inside the greige cloth, resulting in low flue gas emissions during product use.

The product has low thermal conductivity, thermal shock resistance, and flexibility, and can be used in industrial high-temperature protection, thermal insulation, and electrical insulation scenarios. High-temperature resistant fiber greige cloth can be processed into different product forms such as sintered cloth and sintered tape, adapting to different working conditions.

Product parameters

Working condition suitability and restrictions

Fiberglass sintered cloth has a continuous use temperature not exceeding 500°C and a short-term use temperature not exceeding 550°C. Ceramic fiber and soluble fiber sintered cloth have a continuous use temperature up to 1000°C. Load, airflow erosion, and corrosive atmosphere will reduce the actual use temperature.

The product is suitable for dry, static thermal insulation, high-temperature protection, and electrical insulation conditions. It is not suitable for conditions involving strong acid or alkali corrosion, long-term liquid immersion, high-speed medium erosion, or high-frequency severe friction.

Usage precautions

• Cutting and processing of fiber material products generate fiber dust. During operation, ensure ventilation and dust protection, and dispose of waste in accordance with local environmental regulations.
• Use temperature should be matched according to base cloth material. Over-temperature and over-working-condition use are prohibited to avoid material shrinkage, powdering, and failure.
• During use, regularly inspect the product. In case of hardening, damage, or powdering, replace promptly.
• All technical data are for reference only. Actual performance depends on usage conditions. Users should conduct their own suitability testing and comply with relevant safety regulations and standards.

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