Hengze Energy-Saving Calcium Silicate Board

2022-06-14

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High-temperature calcium silicate insulation products exhibit excellent properties, including superior heat resistance, outstanding thermal insulation performance, low bulk density, high specific strength, excellent durability, and ease of installation. They are widely used in energy-saving insulation applications for industrial kilns.

High-temperature calcium silicate insulation products exhibit excellent properties, including superior heat resistance, outstanding thermal insulation performance, low bulk density, high specific strength, excellent durability, and ease of installation. They are widely used in energy-saving insulation applications for industrial kilns.

Product Features:
◎ Ultra-low bulk density
◎ Excellent thermal insulation performance
◎ Excellent compressive strength
◎ Green and environmentally friendly building materials

Typical applications:
◎ Backing insulation for the nonferrous metals industry
◎ Low- and medium-temperature insulation for metallurgical and building-material equipment
◎ Thermal insulation filling for the shipbuilding and fire door industries
◎ Eco-friendly, green, fire-resistant building materials

 

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What is ceramic fiber?

Ceramic fiber is a fibrous, lightweight refractory material that boasts numerous advantages, including light weight, high-temperature resistance, excellent thermal stability, low thermal conductivity, low specific heat, and resistance to mechanical vibration. Consequently, it has found widespread application across industries such as machinery, metallurgy, chemical processing, petroleum, ceramics, glass, and electronics. In recent years, driven by the continuous rise in global energy prices, energy conservation has become a national strategic priority in China. Against this backdrop, ceramic fiber—capable of delivering energy savings of 10–30% compared with traditional refractories like insulating bricks and castables—has seen increasingly broad adoption within the Chinese market, with very promising prospects for future development.