In the steel manufacturing industry, maintaining optimal temperatures in reheating furnaces is crucial for efficient steel billet processing. High temperatures, often exceeding 1200°C, require robust insulation solutions to ensure energy efficiency and operational safety. This case study explores how a steel manufacturing company in India addressed the challenge of insulating their reheating furnace using Rose Cotton ceramic fiber blanket, achieving significant improvements in energy efficiency and operational performance.

In the United States, many multi-story residential buildings in major coastal cities are aging and in need of facade upgrades. These buildings face challenges such as outdated exteriors, poor thermal performance, and deteriorating conditions due to exposure to coastal elements. Calcium silicate board has emerged as a preferred material for such facade renovations due to its durability, fire resistance, moisture resistance, and thermal insulation properties.

Rock wool board is widely used as insulation material in large steel structure buildings due to its excellent insulation performance and fire resistance characteristics.

With the development of heating equipment, the insulation material market become larger and larger. Because the main structure of heating equipment is pipe insulation, which need abundant of insulation materials, especially rock wool blanket and other insulation refractory materials.

Ceramic fiber insulation board plays a key role in mine rescue cabins. It can meet the insulation requirements in high-temperature scenarios of mine disasters and is superior to traditional materials.

Why rock wool can be widely used in power plant huge project? The following are main reasons: non-flammable and hydrophobicity