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Building insulation consists of all types of products and materials to prevent the passage of heat.
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Cement, concrete and mortar are polymer or cement-based binders, compounds or aggregate mixtures for joining components and forming structures.
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Ceramic insulation and textiles are fibrous refractories or thermal insulation products that consist of ceramic fibers in bulk, cloth, batting, paper or rope forms.
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Fibers and filaments consist of bulk, chopped fibers or strands and continuous monofilaments of materials and are used in reinforcing composites as well as other specialized electrical and thermal applications.
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Foam, honeycomb and core materials are plastics, ceramics or metals containing closed or open internal cells or pores for composites, tooling, modeling, insulation or floatation.
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Foams and foam materials are industrial products made from low density elastomers, plastics, and other materials with various structures and porosities.
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Industrial coatings are thin films deposited upon materials to add or enhance desired properties, such as color, conductivity, corrosion resistance, etc.
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Protective liners and lining systems protect an underlying surface from corrosion, wear, erosion, heat or fire. They may also provide leak protection or fluid containment.
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Refractories and high temperature insulation include many different types of ceramic insulation, refractory shapes, and refractory cements.
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Refractory cements and raw materials consist of castables, rams, aggregates and binders that are resistant to high temperatures.
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Refractory shapes include recasted, preformed or sintered refractory products that are formed prior to installation in furnaces, boilers or other high temperature equipment.
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Specialty cement, concrete and mortar contain specialized binders such as K silicate, calcium aluminate, sulfur, and oxysulfate or polymer resins. They cure or set through film drying (air setting), chemical reactions, thermoset bonds, hydraulic bonds, hot melting, and multiple component binder systems.
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Thermal insulation and fireproofing materials reduce the flow of heat through the thickness of the material. They are typically fiber-based or foam structures prepared from thermally-stable materials.
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