High temperature needled blankets of different chemistries, thicknesses, densities and temperature ratings, designed to reduce energy consumption, improve thermal process performance and fire protection characteristics.
NUTEC Insulation fiber blankets are easy to install, require no curing or dry out time. Rapid heat-up can be achieved with all fiber blankets; they will not crack or spall and are thermal shock resistant. These products save energy, reduce heat loss and heat storage versus other hard refractory products.
High-temperature insulation blanket composed of long, flexible, interwoven fibers manufactured by the spun process of high purity ceramic fibers. Lightweight, easy to install, offers advantages such as low thermal conductivity, low heat storage, excellent thermal shock and chemical attack resistance.
Maximum Use Temperature
2300⁰F (1260⁰C)
Chemistry
Alumina, Silica
Composition
RCF (Refractory Ceramic Fiber)
High-temperature insulating blankets that, in addition to having the characteristics of MaxWool 2300 blankets, contain Zirconia, which allows it to be used at higher temperatures.
Maximum Use Temperature
2600°F (1425°C)
Chemistry
Alumina, Zirconia, Silica
Composition
RCF (Refractory Ceramic Fiber)
The MaxWool 2600 FR blanket offers all the features of the standard MaxWool 2600, with enhanced resistance to fluxing agents and chemical attacks in specialized applications.
Maximum Use Temperature
2600°F (1425°C)
Chemistry
Alumina, Zirconia, Silica
Composition
RCF (Refractory Ceramic Fiber)
High temperature insulation blanket made of high alumina fibers double needled to provide high tensile strength, durability and low shrinkage at high temperatures.
Maximum Use Temperature
3000°F (1650°C)
Chemistry
Alumina, Silica
Composition
PCW (Polycrystalline Wool)
High-temperature, low biopersistent fiber (LBP) thermal insulation blanket with high fiber index and low percentage of unfiberized particles, giving superior insulation and low thermal conductivity values.
Maximum Use Temperature
2200°F (1200°C)
Chemistry
Calcium, Silica, Magnesium
Composition
LBP (low biopersistence)
MaxShield HPS blankets are used in a variety of passive fire protection applications. MaxShield blankets are made from long strand spun and high purity ceramic fibers, forming a strong, flexible needled product which provides superior high temperature insulation properties.
Maximum Use Temperature
2300⁰F (1260⁰C)
Chemistry
Alumina, Silica
Composition
RCF (Refractory Ceramic Fiber)
MaxShield Tank Car blanket is a flexible, high-temperature fire protection insulation blanket designed to meet the Department of Transportation (DOT) thermal protection requirements for railroad tank cars carrying hazardous materials. MaxShield Tank Car blanket has been tested per 49 CFR Part 179 and is utilized on DOT-111, CPC-1232, and DOT-117 tank cars.
Maximum Use Temperature
2300⁰F (1260⁰C)
Chemistry
Alumina, Silica
Composition
RCF (Refractory Ceramic Fiber)
MaxShield SMG blankets are used in a variety of passive fire protection applications. MaxShield SMG blankets are made from long strand spun, fine low biopersistent (LBP) fibers with a low shot content forming a flexible needled product with high strength and superior thermal properties.
Maximum Use Temperature
2200°F (1200°C)
Chemistry
Calcium, Silica, Magnesium
Composition
LBP (low biopersistence)
MaxShield SMG HI is a high-temperature, low biopersistent fiber (LBP) thermal insulation blanket with a high fiber index and low percentage of unfiberized particles, giving superior insulation and low thermal conductivity values. MaxShield SMG HI has been optimized to provide superior fire protection properties for a variety of applications.
Maximum Use Temperature
2200°F (1200°C)
Chemistry
Calcium, Silica, Magnesium
Composition
LBP (low biopersistence)
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