COATINGS & MIXES
NUTEC’s Coatings & Mixes Portfolio includes a range of mixes, coatings and cements for a vast array of industrial applications. Included in this family of products are Moldables, Pumpables, Rigidizers, Caulks and Cements.
As with other NUTEC lines, our coatings and mixes feature advantages such as high temperature resistance, thermal shock resistances, chemical stability, excellent insulating properties, and ease of installation.
MaxMoldable 2300 is a multipurpose product manufactured from a blend of alumina-silica fibers and binders. MaxMoldable is a tacky, puttylike material that adheres to ceramic wools, refractory material and steel, and is used to prevent heat loss caused by the deterioration of existing linings.
MaxMoldable 2300 AL offers the same advantages as MaxMoldable 2300 but is a product recommended for molten metal contact applications in aluminum and other non-ferrous industries. It is ideal for lining aluminum transfer troughs and ladles.
MaxMoldable 2600 is a multipurpose insulating product that, in addition to offering the advantages of MaxMoldable 2300, contains zirconia, which allows it to be used at higher temperatures.
SuperMag Moldable 1900 has the same applications as the MaxMoldable products but with the added advantage that is manufactured from a low bio persistence fiber blend.
MaxPumpable 2300 is a multipurpose form of ceramic fiber dispersed in a sticky mix. It is fibrous in nature, with excellent insulation properties, and is lightweight and easy to install. This pumpable mix is characterized by excellent wet adhesion to steel and refractories, as well as to other ceramic fiber products.
MaxPumpable 2600 is a multipurpose insulating product that, in addition to offering the advantages of MaxPumpable 2300, can be used at higher temperatures.
SuperMag Pumpable 1900 has the same applications as the MaxPumpable products but with the added advantage that is manufactured from a low bio persistence fiber blend.
MaxRigidizer 2300 is a solution that after drying will harden the surface of the product to make it more resistant to high velocity gases. MaxRigidizer can be used for applications with high velocity gases or direct flame impingement. Can be applied to the surfaces of ceramic fiber blankets, modules or other insulation for high temperatures, using a brush or by spraying. It is normally applied after the ceramic fiber is installed.
MaxRigidizer 2700 is a solution that, in addition to offering the advantages of MaxRigidizer 2300, can be used at higher temperatures.
MaxCoat is a high-temperature protective coating that comes in two viscosities, MaxCoat 150 and MaxCoat 180, to match different application methods.
MaxSealCoat 2600 is a tacky, putty-like material that can be used to repair hot face module linings for temperatures that exceed 2400°F. This product can be applied into refractory joints and cracks as a seal or for hot spot repair.
MaxModuleCoat 2600 is a product that can be used to repair fiber furnace linings featuring modules or blankets. This is a tacky, putty-like material that can be used at high temperatures with very low shrinkage. This product is ideal for filling shrinkage cracks in modules or to patch blanket linings. The product can be applied to the furnace lining with a hand trowel or with a pneumatic pump.
MaxPlate 2700 is a durable high temperature surface coating used to protect underlying ceramic fiber modules, castables and refractory brick. MaxPlate 2700 forms a strong chemically bonded barrier at 1600°F (870°C) that is highly resistant to flame impingement, chemical attack and abrasion.
MaxCement 2300 is a high purity adhesive designed to be used to stick fiber materials to themselves, to other refractory or insulating materials, and to some metals. The cements have the consistency of thick cream and can be applied by brushing or trowelling. They can be thinned with water and can then be used to coat a wide range of refractory materials. On drying, they form a hard, abrasion resistant skin.
MaxCement 2700 is a high purity adhesive designed to be used to stick fiber materials to themselves, to other refractory or insulating materials, and to some metals. In addition to offering the advantages of MaxCement 2300, it can be used at higher temperatures.