JiYuan Ruiyang Industrial Co., Ltd

　　Sponge titanium is a raw material for titanium processing materials. Generally, it is a light gray particle with a clean surface and no visible inclusions. It also includes defective sponge titanium blocks, such as burnt sponge titanium blocks, oxidized sponge titanium blocks with obvious dark yellow and bright yellow marks, oxidized and nitrogen rich sponge titanium blocks with dark yellow and bright yellow marks, sponge titanium blocks with obvious chloride residues, and sponge titanium blocks with residues.　　Sponge like titanium metal produced by metal thermal reduction method. The purity% (mass) is generally between 99.1 and 99.7. The total content of impurity elements (mass) is 0.3-0.9, impurity element oxygen (mass) is 0.06-0.20, hardness (HB) is 100-157, and it is divided into five levels from WHTiO to MHTi4 based on purity. The main raw material for producing industrial titanium alloys. Sponge titanium production is the fundamental link of the titanium industry, which is the raw material for titanium materials, titanium powder, and other titanium components. Transforming ilmenite into titanium tetrachloride and placing it in a sealed stainless steel tank filled with argon gas to react with magnesium metal yields sponge titanium. This porous "sponge titanium" cannot be directly used, and it needs to be melted into liquid in an electric furnace to be cast into titanium ingots.

TIME：2023-07-11

　　High Titanium Slag is a titanium ore enrichment material formed through physical production processes. It is obtained by heating and melting the titanium ore in an electric furnace to separate titanium dioxide and iron, resulting in a high content of titanium dioxide enrichment material. High titanium slag is neither waste nor byproduct, but an excellent raw material for producing titanium tetrachloride, titanium dioxide, and sponge titanium products. Titanium slag is produced by smelting titanium concentrate (Ilmenite).

TIME：2023-07-11

　　Pearlescent pigments are mainly divided into the following categories:　　Inorganic substrate pearl pigment　　Inorganic substrate pearlescent pigments mainly include high mercury chloride, basic lead carbonate, acid lead arsenate, acid lead phosphate, and bismuth hydroxide. However, such pearl pigments either have potential toxicity or poor chemical stability, which greatly limits their range of use.　　Mica based pearl pigment　　Natural mica is an excellent substrate for preparing mica pearlescent pigments, and is widely used due to its abundant resources and low manufacturing costs. Mica titanium pearlescent pigment is a widely researched and technologically mature type of pearlescent pigment. Due to the different refractive indices of titanium dioxide and mica substrates, good pearl effect, color effect, and angle flicker effect are generated through multiple reflections and interferences of light.　　Other　　With the continuous deepening of research on pearl pigments, other matrix materials have also been discovered and used in the preparation process of pearl pigments, such as glass based pearl pigments, aluminum flake based pearl pigments, oxide based pearl pigments, kaolin, ceramic flakes, graphite flakes, etc.

TIME：2023-07-11

　　Pearl pigment is an important coloring agent for facial, lip, eye, and nail beauty cosmetics. The use of pearl pigments has expanded from classic color cosmetics to personal care products, including skin and hair care products, and provides unique aesthetic effects.　　Pearlescent pigments are composed of substances with higher refractive indices, which act as interference filters in low refractive index environmental media. These filters divide the incident light that reaches the interface between materials with different refractive indices at a suitable angle into complementary reflected light and transmitted light parts (incident light at other angles can also be absorbed and reflected). This effect is similar to phenomena observed in our daily lives, such as soap bubbles, spilled oil, and the color of pearls.　　Pearlescent pigments are a layered system composed of a substrate and a covering layer, with the substrate generally being natural muscovite, silica, or aluminum sheets; The covering layer is titanium dioxide or iron oxide, or CI 77510 (pigment blue 27, ferrous cyanide), or carmine red, etc. The substrate is crystalline, flexible, and has a smooth surface. The thickness and refractive index of metal oxides determine the interference effect.

TIME：2023-07-11

　　Pearlescent pigment is an optical effect pigment, also known as a non-metallic pigment with metallic luster because it can present a certain metallic luster. Pearlescent pigments have the shimmering effect of metallic pigments and can produce the soft color of natural pearls. When exposed to sunlight, they can produce multi-level reflections, and the reflected light interacts with each other to present a soft and dazzling or colorful luster and color.　　It can be widely used in various fields such as coatings, plastics, rubber, ink, paper, textiles, cosmetics, decorations, handicrafts, leather, enamel, ceramics, packaging products, printing and decoration, and building materials.

TIME：2023-07-11