Titanium - Import export

Plansee produces material for wear-resistant coatings, adhesive layers, decorative or DLC coatings. Offering compositions tailored for advanced hard coatings with optimized mechanical and tribological properties. Further topics that might be addressed are: enhancing of thermal and chemical stability, adding of functional properties like self-lubrication, self-hardening and self-healing. To adjust the coating characteristics to the dedicated application, Plansee offers its scientific expertise in alloying of targets and cathodes with elements that influence the coating properties as follows: Grain size and morphology, Hardness adaption, High temperature oxidation resistance, Friction coefficient, Thermal stability, Thermal conductivity, Electrical conductivity, Antibacterial properties, Color effects. Offered sputtering targets and arcing cathodes: Titanium-Aluminum Aluminum-Chromium Chromium Titanium-silicon Titanium Zirconium Tungsten carbide Titanium-diboride

Chemical appearance: Titanium dioxide sulfate is a white powder. It has no odor and does not dissolve in water and organic solvents. It also has great binding and tinting qualities and, therefore a good catalyst. Chemical application and strengths: Polyvinyl alcohol has quality adhesive and emulsifying properties. It has high flexibility and tensile strength. It is insoluble and resists organic solvents, grease, and oil. It has strongaroma and high oxygen barrier properties. Most of these properties are dependent on humidity levels with high levels reducing its tensile strength. R-248 Titanium Dioxide Recommended Applications:

Nozzle tips for hot runner nozzles made of titanium-zirconium-molybdenum offer particularly high thermal conductivity of 140 W/mK coupled with excellent temperature and corrosion resistance. Glass fiber-reinforced plastics are exceptionally strong during processing but also highly abrasive. An optimum combination of thermal conductivity and material hardness is required. The TZM nozzle tips of Plansee are exceptionally resistant to aggression: the SHN surface hardening process. Using SHN surface hardening, we can strengthen peripheral areas and entire TZM components through the addition of a permanent, adherent diffusion layer. As a result, our customers benefit from the use of a tough, heat-resistant material with a wear-resistant surface. Surface hardening takes place during the gas phase. Coatings that we produce using the SHN process adhere better than conventional PVD or CVD layers. They perfectly replicate the surface contour of the TZM product.