Also known as barium white, it is a white crystalline solid with the chemical formula BaSO4, which is almost insoluble in water and other traditional solvents. The main component of barite is sulfur, which is a common barium ore. It is a common laboratory and industrial chemical. Insoluble in water and acid, chemically stable, without magnetic toxicity, and has the ability to absorb X-rays and gamma rays. Barite is mainly produced in sedimentary layered deposits and low-temperature hydrothermal veins, often coexisting with quartz, dolomite, calcite, fluorite, galena, sphalerite, chalcopyrite, etc. Mainly used as a weighting agent for oil and gas drilling mud, it is also an important mineral raw material for extracting metallic barium and producing various barium compounds. The most important barium compounds in industry include barium chloride, barium hydroxide, barium oxide, barium peroxide, barium chromate, barium manganese oxide

Rubber Sulfur Masterbatch Pelletizer I. After the materials of the rubber sulfur masterbatch pelletizer are internally mixed, they can be forced into the single screw. The screw disperses the materials throughout its full length, and there is no excessive frictional heat. The rubber sulfur masterbatch pelletizer has an excellent dispersion effect, and the main machine has a low current, which is energy-saving and environmentally friendly. This machine is used for the production of low-smoke and halogen-free cable compounds, functional masterbatches, and heat shrinkable materials with the rubber sulfur masterbatch pelletizer. It includes the main machine, conical twin-screw forced feeding. The rubber sulfur masterbatch pelletizer can conveniently add a metering feeder for the separating agent, solving the major problem of particle sticking. It is also equipped with a separating agent dust recovery system, which can maintain a good production environment. The die face hot-cutting system of the rubber sulfur masterbatch pelletizer extrudes the raw materials well-mixed in the internal mixer into the pelletizer through the conical twin-screw. Then, the materials are extruded by the single screw and cut into particles. The opposite-blowing stainless steel hot-cutting cover is used, and a low-noise fan is employed to transport the materials through the stainless steel pipeline into the cyclone separator. After passing through two-stage cyclone separators, the materials reach the vibrating screen. The vibrating screen is used to screen out the agglomerated and powdered materials. After obtaining the finished products, the materials are directly blown by the fan into the packaging silo, and the materials are completely cooled, completing the entire production process operation. II. Configuration of the rubber sulfur masterbatch pelletizer: Internal mixer ---- Elevator ---- Double-wrist feeder ---- Single-screw pelletizer ---- Separating Agent Feeding System ---- Opposite-blowing Hot-Cutting Head ---- Primary Cyclone Separator ---- Secondary Cyclone Separator ---- Separating Agent Recovery System ---- Extended Air-cooled Vibrating Screen ---- Finished Product Silo Welcome to consult!

Mica High Filled Masterbatch Pelletizer I. Mica powder, with its unique two-dimensional flake structure, has a wide range of applications in plastics due to the excellent properties of the mica high filled masterbatch pelletizer that combines rigidity and flexibility. Its excellent properties are manifested as follows: it can reduce the shrinkage rate, warpage rate, bending degree, and specific gravity of the products. The mica high filled masterbatch pelletizer can improve the mechanical properties, heat resistance, insulation, chemical stability, and barrier properties of the products, and increase the surface glossiness and weather resistance of the products. When used in plastic food containers and electronic stoves with the mica high filled masterbatch pelletizer, it can improve the microwave permeability of the products. Currently, mica powder is mainly applied to PP, thermoplastic polyester, PC, PE, polybutene, PA, unsaturated polyester, phenolic plastics, PU, etc. The outstanding advantages of mica powder-reinforced thermosetting plastics are that the mica high filled masterbatch pelletizer has good dielectric properties, high dimensional stability, high hardness and heat distortion temperature, and good impermeability. The outstanding advantages of mica powder-reinforced thermoplastic plastics with the mica high filled masterbatch pelletizer include high hardness, a large filler volume ratio, good resistance to acid and alkali corrosion, good impermeability, excellent dielectric properties, small warpage, a small coefficient of thermal expansion, low flammability, a short molding cycle, planar reinforcement, and a high heat distortion temperature. Mica powder is uniformly dispersed in plastics, and the objects have good fluidity with the mica high filled masterbatch pelletizer, making it easy for extrusion pelletizing and injection molding, which is conducive to industrial production. Mica powder has good compatibility and can be well compatible with other filling materials in plastics, such as glass fiber, glass powder, microbeads, wollastonite fiber, silica powder, etc. II. Configuration of the mica high filled masterbatch pelletizer: Internal mixer ---- Elevator ---- Conical twin-screw feeder ---- Single-screw pelletizer ---- Opposite-blowing hot-cutting head ---- Primary cyclone separator ---- Secondary cyclone separator ---- Extended air-cooled vibrating screen ---- Finished product silo Welcome to consult!

Calcium Carbonate High Filled Masterbatch Pelletizer I. For the calcium carbonate high filled masterbatch pelletizer, the lump materials in the internal mixer are fully automated through the processes of an elevator, a double-wrist feeder, an extruder, pelletizing, cooling, screening, and finally reaching the terminal silo, realizing a continuous production line operation. After the materials are internally mixed, they can be forced into the single screw. The screw disperses the materials throughout its full length, and there is no excessive frictional heat. It has an excellent dispersion effect. The main machine of the calcium carbonate high filled masterbatch pelletizer has a low current, which is energy-saving and environmentally friendly. This machine is used for the production of plastic raw materials such as PVC, low-smoke and halogen-free cable compounds, internal and external shielding cable compounds, chlorinated polyethylene, functional masterbatches of the calcium carbonate high filled masterbatch pelletizer, color masterbatches, heat shrinkable materials, and the PP + carbon black low-smoke and halogen-free series. It includes the main machine, double-wrist forced feeding, and the die face hot-cutting system of the calcium carbonate high filled masterbatch pelletizer. The raw materials mixed well in the internal mixer are extruded into the pelletizer through the conical twin-screw feeder, and then are extruded by the single screw and cut into particles. The opposite-blowing stainless steel hot-cutting cover is used, and a low-noise fan is employed to transport the materials through the stainless steel pipeline into the cyclone separator. After passing through two-stage cyclone separators, the materials reach the vibrating screen. The vibrating screen is used to screen out the agglomerated and powdered materials. After obtaining the finished products, the materials are directly blown by the fan into the packaging silo, and the materials are completely cooled. The entire production process is then completed. II. Configuration of the calcium carbonate high filled masterbatch pelletizer: Internal mixer ---- Elevator ---- Conical twin-screw feeder ---- Single-screw pelletizer ---- Opposite-blowing hot-cutting head ---- Primary cyclone separator ---- Secondary cyclone separator ---- Extended air-cooled vibrating screen ---- Finished product silo Welcome to consult!

Complete Set of Stone Paper Making Equipment I. Stone paper making equipment Three-ring central micronizer: The output is 2 - 3 tons per hour. The equipment power is 30 KW. The grinding fineness is 300 - 3000 MU. It weighs 40 tons. The equipment occupies an area of 100 square meters and is 5 meters high. Calcium carbonate powder pelletizer: The output is 1 ton per hour. The equipment is equipped with a drying system and an automatic feeding system, covering an area of 200 square meters. It can produce 1 ton of stone paper per hour. The equipment power is 200 KW. Functions: It is equipped with an automatic pellet - feeding system, front and rear automatic thickness - measuring scanning systems, and can automatically report faults and carry out maintenance. It is monitored by six computers. It uses screws imported from the United States, imported grinding heads, and imported thickness - measuring scanners. It has automatic weighing and automatic winding functions. The equipment occupies an area of 500 square meters and is 4 meters high. Microcomputer coating equipment: The equipment can perform two - way automatic coating with a microcomputer at a speed of 20 meters per minute. The equipment power is 24 KW. The equipment is 3 meters wide and 6 meters long. II. Equipment configuration: Internal mixer ---- Elevator ---- Conical twin - screw feeder ---- Single - screw pelletizer ---- Opposite - blowing hot - cutting head ---- Primary cyclone separator ---- Secondary cyclone separator ---- Extended air - cooled vibrating screen ---- Finished product silo 3. Stone paper base paper extrusion equipment: Three - screw internal mixing extrusion, four - roll calendering, cooling, and casting stretching system with a width of 1200 mm.

The Chinese English name is PULVISTALCI, which is a white or almost white, fine, sand free powder that feels greasy to the touch. Odorless and tasteless. This product is insoluble in water, dilute mineral acid, or dilute hydroxide alkaline solutions. Can be used for medicinal purposes. Talc has excellent physical and chemical properties such as lubrication, anti adhesion, flow aid, fire resistance, acid resistance, insulation, high melting point, inactive chemical properties