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TiO2 for Welding Electrode CAS 13463-67-7 High Purity for Arc Welding
High‑purity welding‑grade TiO2 is key inorganic functional raw material for arc welding electrode coating. Strict impurity control eliminates adverse impacts on weld seam quality. It delivers stable arc performance, adjusts slag viscosity and enhances slag stripping property during welding operation. Suitable for mass production of carbon steel, low‑alloy steel manual arc welding electrodes.
Welding Electrode Grade Titanium Dioxide CAS 13463-67-7 for Welding Rod Coating
Welding electrode grade titanium dioxide is specialized inorganic additive for welding rod coating formulation. Strictly regulated trace impurities ensure stable performance under high‑temperature welding condition. It improves arc stability, optimizes slag fluidity and slag detachability during welding process. This product is widely applied in various types of carbon steel and alloy welding electrode manufacturing.
Anatase TiO2 Textile Grade CAS 13463-67-7 for Fiber Delustering Agent
Textile grade anatase TiO2 is specialized inorganic functional delustering additive for synthetic fiber industry. Controlled fine particle size and ultra‑low coarse impurities effectively reduce fiber surface gloss during high‑temperature spinning procedure. It inhibits broken filament issues and preserves original mechanical performance of fibers, compatible with polyester, nylon, polypropylene and other synthetic fiber systems for textile production.
TiO2 Fiber Grade CAS 13463-67-7 for Nylon and Polypropylene Fiber
Fiber grade titanium dioxide is professional inorganic delustering additive for nylon and polypropylene fiber manufacturing. With strictly controlled particle size and ultra‑low insoluble impurities, it shows outstanding compatibility with nylon and polypropylene melt. It provides stable matting effect under high spinning temperature, reduces gloss of finished fiber, and lowers the risk of broken filament and yarn defects for chemical‑fiber production.
Anatase Titanium Dioxide for Fiber CAS 13463-67-7 Matting Agent for Polyester Fiber
This fiber‑grade anatase titanium dioxide is specially developed as matting agent for polyester fiber production. Featuring high whiteness, fine uniform particle size, low heavy‑metal impurity, outstanding dispersion and thermal stability. It can effectively eliminate fiber surface gloss, deliver stable delustering effect during high‑temperature spinning process. Widely adopted in polyester staple fiber, polyester filament and related chemical‑fiber textile raw materials.
Titanium Dioxide A103 CAS 13463‑67‑7 Anatase TiO2 for Glass and Ceramic Industry
Titanium Dioxide A103 is special‑purpose anatase titanium dioxide developed for glass and ceramic industry. Produced by sulfate process with strict impurity control, it exhibits excellent thermal stability under high‑temperature melting and firing conditions. In ceramic bodies and glazes, it delivers strong opacifying and whitening effect, improving glaze surface whiteness and texture. For glass production, it can be used as functional additive to adjust glass optical property and product appear
Anatase TiO2 A300 CAS 13463-67-7 for Welding Electrode Coating
Anatase TiO2 A300 is professional anatase‑type titanium dioxide developed for welding electrode coating industry. Adopting sulfate process with strict impurity control, the product has stable chemical composition and proper particle fineness. When applied in electrode coating formula, it optimizes slag‑forming performance, stabilizes electric arc, improves slag fluidity and detachability during welding operation. It helps reduce welding spatter and promotes smooth weld molding. It shows good com
Titanium Dioxide A200 CAS 13463-67-7 for Enamel and Ceramic Glaze
Titanium Dioxide A200 is professional anatase titanium dioxide developed for enamel and ceramic glaze industry. Produced by sulfate process with controlled impurity content, it possesses excellent high‑temperature resistance and powerful opacifying performance. After high‑temperature firing, it delivers bright white glaze surface, improves covering capacity of enamel and ceramic glaze, reduces glaze transparency. It has good compatibility with feldspar, quartz and other glaze raw materials, stab
Anatase TiO2 KA100 CAS 13463-67-7 High Purity for Chemical Fiber
Anatase TiO2 KA100 is high‑purity anatase‑type titanium dioxide specially designed for chemical fiber industry. Strict raw material purification and particle‑size control reduce heavy‑metal and insoluble impurity content. The product has narrow particle distribution, good dispersion in spinning melt, less agglomeration. As fiber delustrant, it effectively eliminate luster of synthetic fiber, produce soft matte fiber appearance, reduce filament breakage and spinneret blockage risk during spinning
Titanium Dioxide A1 CAS 13463-67-7 for Paper Filler and Coating Color
Titanium Dioxide A1 is economical anatase titanium dioxide specially developed for papermaking industry. Adopting sulfate process with controlled particle‑size distribution, the product delivers high whiteness and outstanding opacity. It disperses easily in aqueous medium, suitable for wet‑end filling and paper coating color formula. It can effectively improve paper brightness, opacity and printing performance, reduce print‑through defect. It shows good compatibility with plant fiber, coating bi
Anatase TiO2 A101 CAS 13463-67-7 for Rubber and Plastic Filler
Anatase TiO2 A101 is economical anatase titanium dioxide developed for rubber and plastic industry. With strictly controlled particle‑size distribution, it owns high whiteness and good wet‑out performance in polymer matrix. During plastic extrusion, injection and rubber mixing processing, it disperses evenly to improve surface brightness and color uniformity of finished articles. It possesses moderate UV shielding capacity and excellent compatibility with PE, PP, PVC, general synthetic rubber an
TiO2 A100 CAS 13463-67-7 High Whiteness for Paper Making and Paper Coating
TiO2 A100 is anatase‑type titanium dioxide optimized for papermaking and paper coating. With controlled particle‑size distribution, it features outstanding whiteness, fine hiding power and favorable dispersibility in aqueous slurry system. When added in wet‑end papermaking or coating formula, it significantly improves paper brightness, opacity and printability, reduces show‑through defect. It has good compatibility with paper fiber, coating adhesive, retention aid and other papermaking auxiliari
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