4 results about "Tremolite" patented technology

The application discloses a kind of high wear-resistant hot bending forming rock plate, including following weight parts raw materials: kaolin 30-35 parts, fine ball clay 20-25 parts, wollastonite 10-15 parts, super white sand 10-15 parts, feldspar 8-14 parts, pyroxene 7-12 parts, talc 6-10 parts, bentonite 5-8 parts, tremolite 4-7 parts, sodium tripolyphosphate 3-5 parts, modified additive 4-7 parts.The high wear-resistant hot bending forming rock plate of the application uses kaolin, fine ball and other raw materials with modified additive, through the modification of mullite and cordierite in modified additive by specific modified liquid stirring, the silicon carbide whisker liquid in modified liquid cooperates with hydroxyapatite agent into the system, through the coordination and synergistic effect between raw materials, so that the performance of the product is further improved, the toughness performance, fracture performance and wear resistance of the product are improved in coordination.

The invention discloses a flotation separation method for tremolite-containing minerals, and belongs to the technical field of mineral separation. The method comprises the following steps: S1, grinding and dissociating raw ore containing tremolite minerals, and adding a combined modification regulator in the grinding and dissociating process to obtain ore pulp A; s2, the ore pulp A is mixed and stirred, a strong electrolyte regulator is added in the stirring process, and ore pulp B is obtained; and S3, a first collecting agent is added into the ore pulp B, flotation separation is conducted on the tremolite-containing minerals, and a product C containing the tremolite minerals and ore pulp D containing target minerals are obtained. According to the method, the flotation separation process is adopted, flotation is preferentially conducted on the tremolite-containing minerals, selective separation of the tremolite-containing minerals and target minerals is achieved, and the negative influence of the iron-containing gangue minerals on mineral separation is reduced.

The invention discloses a Romel jade-based graded mass production makeup and protection integrated cosmetic raw material and an application thereof, is a divisional application of a parent case patent (2025119339307), and belongs to the technical field of cosmetics. Aiming at the problems that the existing tremolite jade does not have an exclusive makeup raw material processing technology, the performance of the raw materials is not uniform and large-scale mass production cannot be realized, the content of a color-making element (Mn / Cr) is safe hard red lines, the fiber interweaving degree is used as a core grading basis, and natural structural pink fluorescent tremolite jade (such as powdered mutton fat jade) is used as an attribute reference basis. By adopting the processes of pretreatment, primary screening of coloring elements, core grading of fiber interweaving degree, fluorescence-assisted judgment, directional prototype-assisted screening, grading purification, layering re-carving and grading finished product adaptation, a dumb and non-astringent skin feeling is realized through grading surface modification, and four-level products of star occupational level, star daily level, public high-end level and public basic level are prepared. The method is suitable for full-scene application, and the mass production feasibility and the product performance stability are both considered.

The present application relates to the technical field of the production of sanitary ceramics, and particularly relates to a low-temperature sanitary ceramic green body and a preparation method therefor, and a low-temperature sanitary ceramic. The green body comprises the following raw materials in percentages by mass: 10-20% of ball clay, 10-25% of high-alumina porcelain stone, 5-15% of spodumene tailings or microcline, 25-45% of porcelain clay, 0-10% of potassium feldspar, 5-20% of tremolite, and 5-20% of boron-containing waste glass. Problems in controlling the regularity of mass-produced products are overcome by introducing natural microfibrous / nanofibrous tremolite to replace a calcium- and magnesium-containing raw material, i.e., dolomite, performing low-temperature sintering to form a system comprising multiple mineral phases such as sodium / calcium feldspar, using a key technique capable of achieving steady-state control over the deformation rate during sintering, and broadening the sintering range of a low-temperature sintering green body. Moreover, a low-temperature sintering ceramic slurry is endowed with better forming performance, thereby improving the tensile strength of both wet and dried green bodies, solving quality problems such as susceptibility to cracking during the forming and firing processes of a green body caused by poor suspension properties of a slurry, and meeting the process requirements of mass production.