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Silica Blanket Manufacturers
The innovative Silica Blanket provides optimum heat shielding. Hicare Protective Wear, a renowned manufacturer and exporter in Mumbai, Maharashtra, India, makes this remarkable item with accuracy and experience.
High silica blankets are specialist thermal insulation materials that withstand heat in high-temperature situations. Silica fibers from the mineral silica make up most of it. Silica blankets can endure severe temperatures, making them essential for heat-generating businesses.
Features Of Silica Blanket
- Silica blankets contain 98% or more silica. Their heat resistance comes from their high silica content.
- Silica blankets can withstand intense heat. They are structurally stable under severe heat due to their high melting point, usually 1600°C (2912°F).
- Excellent insulators, these blankets restrict heat transfer between the hot surface and the environment. This property protects equipment, structures, and people against high temperatures.
- Silica blankets are flexible and can be wrapped around thermally insulated items, surfaces, or equipment. Flexible, they can be used in many ways.
- Silica blanket thicknesses range from 0.7 to 1.4 mm. The application's heat protection demands determine thickness.
Applications OF Silica Blanket
Industrial Furnaces
Welding and Metalwork
Fire Protection
Automotive Industry
Aerospace Application
Energy Production
Why Choose Hicare Protective Wear?
Hicare Protective Wear is a trusted manufacturer and exporter in Mumbai, Maharashtra, India, providing the ultimate solution for extreme heat conditions. Our blankets have a working temperature range of 1000°C to 1200°C, allowing them to perform well even in the most challenging circumstances. Because of its dependability, the performance is guaranteed to be consistent even when it matters the most. Our high silica blankets have been put to the test in a wide variety of settings, ranging from industrial furnaces to applications in the aerospace industry. As a result of their versatility, they are an exceedingly significant resource in the process of safeguarding essential equipment and structures.