Basic Infomation Grade: B101 CAS No.: 13463-67-7 Formula: TiO2 EINECS: 236-675-5 Colour: White Appearance: Powder Transport Package: Woven Bag Specification: 25kg/bag HS Code: 32061110 Product Description B101 is an anatase titanium dioxide pigment manufactured by the sulfate process for general use. The grade is a fine, dry, white powder with excellent whiteness, strong covering power, high coloring power and good weathering resistance. It's widely used in coatings(Indoor), chemical fiber, plastics(PVC, Masterbatch), paper-making, shoe materials, glass beads and other fields. Physical Properties Property Standard TiO2 Content % 98.5 Color (Compared with standard sample) No lower than Tinting strength % 100 Loss of 105 C % 0.5 Oil absorption g/100g 23 Water-soluble salt content % 0.5 pH value of aqueous suspension 6.5 ~ 8.0 Residue % (0.045mm Sieve pore) 0.05 Resistivity of aqueous extract �©.m 20 Dispersity % 60 Application Coatings(Indoor), chemical fiber, plastics(PVC, Masterbatch), paper-making, shoe materials, glass beads and other fields. FAQ Q1: Are you a manufacturer or trading company A1: We are a professional manufacturer of titanium dioxide and barium sulfate,
Titanium dioxide
Rutile & Anatase TIO2s usance areas are paints, varnishes as well as paper and plastics, printing inks, fibres, rubber, cosmetic products, the production of technical pure titanium, glass and glass ceramics, electrical ceramics, catalysts, electric conductors and chemical intermediates.
Titanium dioxide (TiO2) is a bright white substance used primarily as a vivid colorant in a wide array of common products. It also has a number of lesser-known qualities that make it an extremely useful and important ingredient in our battle to fight climate change and prevent skin cancer. Prized for its ultra-white color, ability to scatter light and UV-resistance, TiO2 is a popular ingredient, appearing in hundreds of products we see and use every day, bringing significant benefits to our economy and overall quality of life. APPLICATION Pigment-grade Titanium Dioxide Paints and Coatings Plastics, Adhesives and Rubber Cosmetics Paper Food Contact Materials and Ingredients Ultrafine-grade, or Nanoscale Titanium Dioxide Sunscreen Catalysts
MF: TiO2 Chemical Name: Titanium Dioxide Nanowire Purity: > 99.9% Diameter: 50-100nm Length: up to 200µm Form Nanowires CAS Number 13463-67-7
High-class titanium dioxide Rutile with excellent dispersibility and brightness, high hiding power and durability. They are extensively used for coating, plastics, printing ink and paper-making etc. As shown in the attachment.
low density high specific strength strong corrosion resistance strong anti-dumping property non magnetic,non toxic high yield ratio good performance on heat transfer low modulus of elasticity excellent absorbing behavior
Our company supply Titanium dioxide for 15 years with high quality and competitve price. Kindly to contact me if you have any questions. -
Product features: the use of advanced process control technology and a unique coating technology, product magazine content is extremely low; tio2 particle size distribution is narrow; coated layer continuous, uniform, dense. Has high weatherability, high dispersion and high brightness and excellent scattering force characteristics. Application areas: paint, paint, plastic, rubber, paper, decorative materials and other industries
We are representing various well-known companies from Europe, Middle East and China. Our product portfolio includes Spin Finish Oil, Titanium Dioxide, Consumables, Additives, finishes for technical textiles, resins, purginig compounds and fillers for plastic industry, skim milk powder (SMP), SMP replacer, Cocoa powder replacers, pre mixes for confectionary and green surfactants and compounds for cosmetics industry. We cater to polyester, textiles, plastics, paints, cosmetics and food industry.
Rutile titanium dioxide appearance for white powder, small particle size, high purity, less impurities, non-toxic, stable chemical properties. The surface is treated with special coating, good whiteness and gloss, high brightness, strong hiding power and achromaty power, and good dispersion. Rutile titanium dioxide is widely used in paint, ink, optical glass, plastic packaging and cosmetics. Performance: coloring power and weather resistance is better, plastic coloring using R type is good, not powder, not cracking, can resist ultraviolet and sunlight irradiation, the surface has a layer of zirconium film, than anatase deep processing a layer, so the titanium content is not anatase high, high temperature 1850�ºC, the hue is yellow phase. TIEM RESULT(%) Tio2 content 93 Rutile crystal content 96 Discoloration force (compared to sample) 110 Oil absorption 21 PH value of water suspension 7.5 Material evapored at105�ºC(when tested) 0.3 Average particle size 0.29 Residue left on 0.045mm(325mesh)screen 0.025 Water soluble Content 0.31 Dispersivity 16 Brightness,L 95 Hiding power:44
A ferro-titanium oxide mineral with ideal molecular formula FeTiO3. It is a weakly magnetic black or steel-gray mineral. Ilmenite is the most important titanium ore and the main source of titanium dioxide, used in paints, printing inks, fabrics, plastics, paper, sunscreen, food and cosmetics. Titanium can also form many compounds, they also have a variety of special properties and uses, such as titanium dioxide, is a white powder, it is the best white pigment, commonly known as "titanium white", 1 gram of titanium dioxide can be more than 450 square centimeters of the area painted white. Titanium dioxide used as white pigment in the world is more than hundreds of thousands of tons a year. If titanium dioxide is added to the paper, it can make the paper white and opaque, so the paper used in the manufacture of banknotes and fine arts is sometimes added to titanium dioxide, in addition, in order to make the color of the plastic lighter and make the rayon luster soft, it is sometimes added to titanium dioxide. Titanium dioxide is known as the whitest thing in the world. Most of the titanium in nature is in a dispersed state, mainly forming minerals ilmenite TeTiO3 and rutile TiO2, and vanadilmenite. China's Panzhihua area of Sichuan Province is very rich in vanadilmenite, reserves of about 1.5 billion tons. So how was titanium discovered? In 1791, British scientist Grigor found a kind of ore in the outskirts of Minahan - black magnetic sand, through the study of this ore, he believes that there is a new chemical element in the ore. The new element was named after Minahan, the place where the ore was found. Four years later, the German chemist Klapoute found this new element from a red ore in Buynik, Hungary, he named it after the name of the "Tai Dan" in Greek mythology (the Chinese translation of its original name, named titanium), Klapoute also specifically pointed out that the new element "Minahan" discovered by Grigor is titanium, but found at that time, It's actually powdered titanium dioxide instead of titanium metal. Until 1910, the American chemist Handel was the first to produce 99.9% purity of the metal titanium, but a total of less than 1 gram. From the discovery of titanium to the production of metal titanium, before and after 120 years, to 1947, people began to refine titanium in the factory, at that time, the annual production of only 2 tons. By 1955, production had surged to 20,000 tons. By 1972, annual production reached 200,000 tons. The use of titanium is more and more widely, more and more people's attention, people call it the future of steel, the 21st century metal.
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