Thermax® application


The particle size distribution and chemical purity of Thermax® make it an excellent product for porosity control in ceramics manufacturing. It can also serve as a high purity reducing agent in making products such as titanium diboride. Thermax® is also an ideal choice for insulation of high temperature kilns and furnaces.
Thermax® Grade
N991
Thermax®
Click for details
Thermax® N991 powder is a non-pelletized product designed for use in low shear force mixing systems.
Specification SheetN991UP
Thermax® Ultra Pure
Click for details
Thermax® Powder Ultra Pure is a non-pelletized powder form of N990UP.
Specification SheetN908
Thermax® Stainless
Click for details
Thermax® N908 Stainless Powder is a non-pelletized product with low extractable organics for use in non-staining and low shear force mixing applications.
Specification SheetN908UP
Thermax® Ultra Pure
Stainless
Click for details
Thermax® N908 Stainless Powder Ultra Pure is designed for critical applications where the highest carbon purity along with low extractable organics are of the utmost importance.
Specification SheetN991
Thermax®
Thermax® N991 powder is a non-pelletized product designed for use in low shear force mixing systems.
Specification SheetN991UP
Thermax® Ultra Pure
Thermax® Powder Ultra Pure is a non-pelletized powder form of N990UP.
Specification SheetN908
Thermax® Stainless
Thermax® N908 Stainless Powder is a non-pelletized product with low extractable organics for use in non-staining and low shear force mixing applications.
Specification SheetN908UP
Thermax® Ultra Pure
Stainless
Thermax® N908 Stainless Powder Ultra Pure is designed for critical applications where the highest carbon purity along with low extractable organics are of the utmost importance.
Specification SheetTECHnical bulletins
Thermogravimetric analysis (TGA) is carried out on N991 and N991UP samples under isothermal conditions.
Thermal Conductivity of N991
The thermal conductivity of N991 versus temperature at different packing densities is measured. Also, the high temperature thermal conductivity is measured using LFA.
