CERAMIC FIBER BLANKET

Ceramic Fiber Blanket (8# Density, 2300°F), 1" Thick x 24" Wide x 60" Long (Total Of 10 Square Feet) is used for various applications in the metal, ceramic, and glass production industries – as well as in fire protection and aerospace applications. Ceramic fiber blankets are made from bulk fibers produced by the most modern spinning process, giving exceptional length & uniform distribution. Ceramic fiber blankets are manufactured with pure alumina-silica, forming a continuous blanket, mechanically sewed with double needle in order to provide better integrity to the surface on both sides of the blanket, a greater resistance in kaolin types and a higher purity. It contains no binder or other added constituents.

ITEM	Ceramic Fiber Blanket .....	CONTINUOUS USE LIMIT.....	1922ºF (1149ºC)
LENGTH	60in / 1524mm	MAX USE LIMIT	2300ºF (1260ºC)
WIDTH	24in / 610mm	PRODUCT DIMENSIONS	60 x 24 x 1in / 1524 x 610 x 25mm
THICKNESS.....	1in / 25mm	STANDARDS	UL 723
DENSITY	8lbs / ft3 (128kg/m3)	MATERIAL	Alumina-Silica Fiber
COLOR	White	WEIGHT	8lbs / 3.62kg

Benefits:
• Low thermal conductivity, low thermal capacity
• Excellent handling strength
• Thermal shock resistance and corrosion resistance (commonly used acid and alkali).
• Excellent heat insulation and fire protection
• Shorter heat up and cool down time
• Easy to cut and install

Features:
• Double needled blanket
• Non-brittleness material, good flexibility
• Even density and thickness
• Non-organic binders, smoke free
• Lightweight fibers for various ranges of weight loads.
• Asbestos free

Typical applications:
• Repair, insulation and linings for furnaces, kilns, generators, reformers, boilers, etc.
• Insulation for steam and gas turbines, and other high temperature equipment
• Insulation for nuclear applications and power plants
• High-temperature pipe insulation, casting mold insulation, etc.
• High-temperature seals and gaskets, furnace door seals, expansion joint seals, etc.
• High-temperature filtration
• Multiple uses for fireproof protection.