High Temperature Insulation Blanket (1260°C)

The High Temperature Insulation Blanket is a specialized thermal insulation material designed for extreme heat applications, specifically in industrial settings. Made from high-quality alumina-silica fibers, this insulation blanket undergoes stringent testing to comply with ASTM C612 standards, differentiating it from more generic alternatives that may lack such rigorous evaluation. This manufacturing approach ensures enhanced performance tailored for demanding applications like boiler and turbine insulation, providing reliability where conventional materials may fall short.

The composition of alumina-silica fibers lends both mechanical strength and thermal stability to the insulation blanket. This careful selection of materials allows the product to withstand extreme temperatures and fluctuating thermal conditions without structural degradation. Additionally, the engineered attributes enhance its resistance to thermal shock and chemical exposure, ensuring a long service life even in challenging environments. As a result, it effectively minimizes heat transfer, safeguarding critical equipment and contributing to operational safety.

This insulation blanket is rated for temperatures up to a remarkable 1260°C, making it suitable for high-temperature applications. With a density of 96 kg/m³, it provides a balance of lightweight design while maintaining necessary durability. Its low thermal conductivity significantly reduces heat loss during operation, which is essential for energy efficiency and consistent process temperatures. The compressive strength of at least 0.5 MPa ensures that while it performs effectively, it remains classified as a backing insulation material rather than a load-bearing entity.

The product is conveniently supplied in rolls measuring 610mm x 7200mm, facilitating easier handling and installation. Custom sizes can also be procured based on specific project requirements, ensuring flexibility for multiple industrial uses. Buyers should verify precise dimensions and specifications before placing orders. With local availability in Nairobi, efficient logistics ensure prompt delivery across Kenya and the wider East African region.

High Temperature Insulation Blanket is made from the same alumina-silica fibre family as Zenco's ceramic fiber blanket, formed into a lightweight, needled roll rated to 1260°C — the two products share a nearly identical spec sheet, but this line is tested to ASTM C612 rather than C518 and is the one we recommend specifically for boiler, turbine, and foundry insulation duty. Buyers specify it for furnace lining insulation, boiler shell lagging, heat-exchanger coverage, kiln door sealing, steam pipe insulation, refractory backup insulation, thermal wraps for hoses, industrial oven insulation, foundry process insulation, glass production furnace lining, petrochemical process line insulation, ceramic kiln energy saving, casting equipment heat protection, and power plant turbine insulation — a spread across manufacturing, cement, steel, power generation, ceramics, glass, food processing, and petrochemical plants. Some buyers know this product by alternate names — Thermal Insulation Blanket, Insulation Mat, or Insulating Blanket — all referring to the same needled alumina-silica construction. It ships as 610mm x 7200mm rolls, packaged in moisture-resistant plastic wraps and secured with heavy-duty strapping for pallet transport, with custom cut sizes available on request. Because compressive strength is only ≥0.5 MPa, treat it as backing or lining insulation rather than a load-bearing surface, and pair it with brick or castable wherever mechanical loading is expected. Cut to the required size and secure using appropriate fasteners — an under-secured blanket is the most common cause of sagging on vertical turbine housings and furnace walls. We stock this blanket for buyers across Kenya and East Africa with regular turnaround for shutdown-period turbine and foundry maintenance — send your roll count and thickness requirement for a quotation.