Import Ceramic Fiber Board — Buy in Bulk from Supplier in China

Cnbm Internatil Corporation’s ceramic fiber board is manufactured via a wet vacuum forming process, blending chopped ceramic fibers with inorganic or organic binders to achieve high abrasive resistance at elevated temperatures. The CMAX series, as described, offers classifications corresponding to maximum service temperatures: STD (1000°C), HP (1100°C), HA (1200°C), and HZ (1350°C), with each grade tailored for specific thermal demands.

The product’s low heat storage and low thermal conductivity are critical for applications requiring rapid thermal cycling, such as shuttle kilns and laboratory furnaces. Its excellent thermal shock resistance and chemical stability make it suitable for environments with fluctuating temperatures or corrosive atmospheres. The board’s even density and thickness ensure consistent performance across its surface area.

Industrial users deploy this board for hot air duct linings, kiln car insulation, and die-cut high-temperature seals, where its durability and thermal properties are paramount. Cnbm Internatil Corporation, headquartered in Beijing, provides standard sizes like 25mm x 600mm x 1000mm and 50mm x 600mm x 1000mm, with custom dimensions available on request. Buyers must confirm MOQ, incoterms, and compliance with relevant standards directly with the supplier.

Cnbm Internatil Corporation is based in Beijing, at Shouti Road No.9, with a harbor trust tier indicating a verified presence for international trade. The company’s address in the capital suggests access to robust logistics networks for both domestic and export markets. Its focus on the CMAX ceramic fiber board series reflects a specialization in high-temperature insulation solutions.

The supplier’s profile does not disclose response rates, response times, or specific certifications, so buyers should directly inquire about quality control measures, production lead times, and compliance with industry standards. The company’s ability to provide custom sizes and its classification by temperature grades demonstrate flexibility in meeting diverse industrial requirements.