Insulfrax® Marine Blanket
Insulfrax® Marine Blanket is a totally inorganic, flexible, high-temperature insulation blanket specifically designed to provide passive fire protection for marine applications. The calcium, magnesium, silicate chemistry is designed to enhance biosolubility. Unifrax's proprietary fiber spinning technology combined with mechanical needling of the fibers eliminates the need for binders in the product. This results in a material with high tensile strength and superior thermal and acoustical properties. Insulfrax Marine Blanket is chemically stable and its thermal properties are unaffected after exposure to water immersion or high humidity.
Marine Blanket provides fire protection insulation for a variety of
rated assemblies on marine structures and vessels. Thin, lightweight
systems combined with a flexible product form results in lower installation
costs and significant weight savings. This offers builders and owners
reduced structure weight, which may yield increased vessel speed, fuel
savings and available payloads. Insulfrax Marine Blanket provides the
following products features:
Marine Blanket is utilized to insulate bulkheads and decks on passenger
and vehicle fast ferries, cruise ships, commercial and military vessels,
and offshore oil platforms. Tested systems are in compliance with U.S.
Coast Guard regulations, now defined under IMO Res. A.754(18). Typical
For additional information on Insulfrax Marine Blanket, typical applications, product properties and performance, or to identify the recommended product for your application, see the product information sheet below or contact the Unifrax Application Engineering Department at 716-278-3800.
Refer to the product Material Safety Data Sheet (MSDS) for recommended work practices and other product safety information.
|Product Data Sheet|
Copyright 2005 - All Rights Reserved.
All logos, trademarks, brandnames or product names included in this web site
are trademarks, registered trademarks, tradenames or copyright of their respective holders.