Products in Inorganics: Heat Resistance

AEROXIDE® Alu C is a fine-particulate, pure aluminum oxide (Al₂O₃) with high specific surface area and marked aggregate and agglomerate structure. Because of it high purity and low water content, the product can be used well as an additive to anorganic materials, for heat insulation, and also as a catalyst substrate. The positive surface charge can be used to control the electrostatic charge.

GH Chemicals CR-4 has a medium particle size. French Process Zinc Oxide grades are differentiated by surface area or particle size.

GH Chemicals CR-41 has a higher reactivity and French Process Zinc Oxide grades are differentiated by surface area or particle size.

FENOL KIMYA Lead Stearate is used as a tooth lubricant by providing heat resistance in the production of PVC profiles.

Kish Company Titanium Dioxide is offered in Rutile and Anatase grades. Our KRT Rutile grades are available in with a number of inorganic and organic surface treatments. The KRT Titanium dioxides have excellent dispersion, hiding power, chalk resistance and heat resistance.

GH Chemicals CR-3 are zinc oxide grade that has a large particle size. French Process Zinc Oxide grades are differentiated by surface area or particle size.

FerSiN® is a composite obtained from the nitriding of Ferro Silicon. It has relevant thermal and mechanical characteristics. It is used as a raw material in Tap Hole in blast furnaces to obtain a material with high resistance to heat and low corrosion rate. When applied in steel it increases the mechanical and corrosion resistance and in paints it raises the thermal resistance. Available in different grades, from lump material to 325 mesh.

FENOL KIMYA Calcium Stearate is a non-toxic heat stabilizer and internal lubricant in the production of PVC profiles.

GH Chemicals CR-42 has a fine particle size and French Process Zinc Oxide grades are differentiated by surface area or particle size.

BariteWorld Crystalline Flake Graphite is the most anisotropic of natural graphites, with excellent parting ability and heat conductivity. The flakes are thought to be centers of crystalline growth in rich organic shales or limestone that were activated by pressure and heat. Flake graphites are chosen based on characteristics such as size, carbon content, softness, heat resistance, and alkalinity.