Silicon metal 441 Si:98.7%min. Fe:0.5%max. Al:0.5%max. Ca:0.3%max. Size:10-100mm,or customize In plastic woven bags of 1 mt each.
Silicon metal 441 Si:99.0%min. Fe:0.4%max. Al:0.4%max. Ca:0.1%max. Size:10-100mm,90%min or customize In plastic woven bags of 1 mt each.
100:2 two-component liquid silicone rubber belongs to condensation type mold silicone rubber. When part A and B are mixed in 100:2 weight, the crosslinking reaction can occur, and the elastic body with certain hardness is formed after curing. It has many advantages, such as good fluidity, easy to operate with low viscosity. After curing, it has heat resistance, high temperature resistance, corrosion resistance, solvent resistance, high tensile and tear strength, low linear shrinkage, high turning model times. It is a cast of gypsum, cement, POLY-RESIN, PU, AB water, ABS material of the elastic mold material, it is widely used in the production and reproduction of sludge, toys, gifts, reliefs, statues, city sculpture, cement products, hand plate, car model, model of home appliances, mold products such as soap.
Item: OTT-S825 Mixing ratio:100:3 Color: White Hardness: 25;¨¤2 Viscosity (mPa.s):15000;¨¤3000 Working Time (25):20-40mins Curing Time (25):3-5h Tear-Strength (kN/m):;Y25 Tensile- Strength (Mpa):;Y4 Elogation (%):;Y500 Shrinkage(%):;¨¹0.2 1kg/tin 5kg/tin ;20kg/drum; 25kg/drum; ;200kg/drum
--Silicone Monomer D4 Silicone Linear Body DMC Methyl Silicone Oil(0.65-1Kcs) Dow/Wacker/ShinEtsu/Chinese Methyl Silicone Oil(5K-50Kcs) Elkem High Hydrogen Containing Silicone Oil(20-30cs): Momentive/ShinEtsu/Dow ect. 107 Glue Hydroxy Silicone Oil --Amino Silicone Oil Amino Silicone Oil: Elkem C845, C910, C803 T900, T1501, T3030, T2502 Low Cyclic Amino Silicone Oil: Elkem L5040L, L1090L, L0340L --Silicone Emulsion Hydroxy Silicone Oil Emulsion: Elkem E8455 Methyl Silicone Oil Emulsion: Elkem E360, E872, E8060 Amino Silicone Oil: Elkem MEM-8031 Special Emulsion: Elkem E8786, E8840, E8680 Silicon Wax: Dow MEN-1728
Green silicon carbide for refractories Green silicon carbide(sic) can also be used for refractory applications because of its high strength, low expansion rate and good thermal conductivity for refractory materials, special ceramics, coating and plastic fillings etc. Physical and chemical properties True gravity: ?3.15 g /cm3 Bulk density: 1.20-1.60 g / cm3 Mosh hardness: ?9 Color: green/light green Melting point: 2700 celcius degree Sizes: 0-1mm, 1-3mm, 3-5mm, 0-10mm etc. Applications of refractory grade green silicon carbide Products of various high grade shaped and unshaped refractory materials Used for semi-conductor deoxidizer Used as deoxidizer in steel making industry to improve quality and productivity of steel Production of silicon carbide rod in electric thermal industry
purity Wt% Min, 99.8%, Organic Ash, Wt% 0.08% in Organic Ash, Wt% Max, 0.12% Acidity Wt% calculated H2SO4, Max, 0.01% Moisture, 0.05% Colure, bright Yellow
Features Thermal conductivity 3.0W/(m.K), flammability UL 94-V0 Excellent electrical insulation, bonding strength13 Mpa Application temperature: -45~123, Short term: 225 Fast cure with additional heat Applications EV Battery pack; Aerospace equipments; Semiconductor, LED TV; Between any heat source and a heat sink; XK-D30L is a two-part thermally conductive adhesive, combining features of thermally conductive, electrical insulation,semi-rigid bonding and sealing. It is ease of use, long service life, suitable for automated dispensing system to improve productivity and bonding effect. XK-D25 is designed for strong bonding of metals or plastics. Better effects can be achieved when it is used together with GLPOLY bonding adjuvants. Description GLPOLY Thermally Conductive Structural Adhesives Are Designed For CTP Battery Cell Bond. Ive sorted out the materials of new energy EV CTP battery pack and found that the items concerned most by engineers were thermally conductivity, tensile strength, shear bonding strength, hardness, elongation and shelf life etc,  in addition, the fluency of dispense and fluidity of material were concerned too. The design requirements of each customer are dissimilar, but it does not matter, GLPOLY is confident of providing customized service for customers. 1. Has no equals in features of bonding strength, roughness, thermally conductive and electrical insulation; 2. Bonding strength is 30% higher than that of competitive products, withstanding impact of 12m freefall superimposing speed of 120km/h ; 3. Eliminates the need of mechanical fasten, increasing volume by 20%, reducing components by 40%, improving productivity by 50%, competitive products cant achieve these objectives; 4. Withstands 2500V at 0.28mm thick; dielectric strength is up to 14kV/mm, 40% higher than competitive products; 5. Performance degradation is less than 5% at 85 Celsius degree, RH85 for 1000 hours, and performance of PU deceases by 40% for 500 hours; 6. 25-year service life, three times longer that that competitive products; 7. Flammability UL94 V-0, when it leaves fire, it goes out; some competitive products would be burned out; 8. Cures for 13 hours at room temperature, two times faster than that of competitive products; 9. Application temperature: -45~175, short term: 250, 15% higher than that of competitive products; GLPOLY thermally conductive structural adhesive is designed for CTP battery cell bond, providing 8MPa bonding strength, and compatible with automated dispense processes.
Silicon carbide (sic), also known as carborundum, is a compound of silicon and carbon with chemical formula sic. It occurs in nature as the extremely rare mineral moissanite. Silicon carbide powder has been mass-produced since 1893 for use as an abrasive. Grains of silicon carbide can be bonded together by sintering to form very hard ceramics  that are widely used in applications requiring high endurance, such as car brakes, car clutches and ceramic plates in bulletproof vests. Electronic applications of silicon carbide as light-emitting diodes (leds) and detectors in early radios were first demonstrated around 1907. Today sic is used in semiconductor electronics applications that are high-temperature, high-voltage or both. Large single crystals of silicon carbide can be grown by the lely method; they can be cut into gems known as synthetic moissanite. Silicon carbide with high surface area can be produced from sio2 contained in plant material.
Addition Cure rtv-2 Liquid Silicone Rubber for Concrete & Stone moulds Artificial Stone & Concrete Casting Silicone Rubber Features: Amazing fluidity and easy to operate Platinum-based, food-grade silicone (environmental friendly, odorless -and non-toxic) Delicate design available Mixing ration: 1:1, easy to mix Easy de-molding Excellent tension and tear strength High performance in duplication Shrinkage is almost zero (below 0.1) Excellent resistance to weather, temperature, aging, acid and aging-proofing. High resistance to high temperature and aging(resist -60â?? to 250â??) Appearance: Part A:a non-toxic and odorless liquid with translucent color and platinum inside. Part B: a non-toxic and odorless liquid with translucent color. ATT: We can do any curing time as your requirements. Technical Data Characteristics of the non cured product Properties G-820 G-825 G-830 G-835 G-840 A B A B A B A B A B Appearance low viscous liquid Colour translucent Density [g/cm 3 ] at 23 �°C, approx 1.10 1.10 1.10 1.10 1.10 Viscosity [mPa�·s] at 23 �°C, approx 5000�±1000 6000�±1000 7000�±1000 8000�±1000 9000�±1000 Polymerisation Curing conditions: 1h at 80 �°C Properties G-820 G-825 G-830 G-835 G-840 Hardness Shore A 20�±2 25�±2 30�±2 35�±2 40�±2 Tensile strength [N/mm 2 ] 45�±10 50�±10 55�±10 55�±10 60�±10 Elongation [%] 500�±50 500�±50 450�±50 450�±50 450�±50 Tear strength [N/mm] 22�±2 24�±2 26�±2 24�±2 12�±2 Application: GC RTV silicone G-8 series are great for artificial stone casting. They are widely used for architectural elements, block-outs & hole former, concrete counter tops, flexible form liners, GFRC, manufactured stone veneer, ornamental precast & statuary, stamped & textured concrete, etc. Operation Method: Both pouring and brushing operation methods for our artificial stone casting silicone are available. You can choose the best one as your preference, we can provide thixotropic agent for brushing. Notice What is the hardness should I choose? Normally 20~40 Shore A will be the best, but it also should according to your size and pattern design. Warm Tips: The surfaces with which the material comes in contact must be perfectly clean, free of grease and dry. Close the bottles after use so as not to confuse the cap of the catalyst with that of the base when re-sealing. Be aware of possible cross-contamination; it's highly recommended to use only dedicated gear when processing poly-addition RTV2 silicone rubber (including degassing devices). Be aware that contact with certain material can inhibit the curing of the RTV2 poly-addition silicone rubber. Common contaminants to be avoided include: -Natural or synthetic rubber, vulcanized with sulphur derivatives. -Poly-condensation RTV catalyzed with metallic salts. -PVC stabilizing agents. -Amine cured epoxies. -Sulphur, tin and amines derivatives. -In case of doubt, carry out a small test by pouring the mixture onto a small area of the object.
HYDROPHILIC SILICONE EMULSION DL3111 Physical and chemical property: Appearance: Clear to yellowish Liquid Ionic properties: Cationic Active content: 53 1% Product characteristics: Soluble in cold water, impart surface smooth, inner soft and elasticity Super yellowing-resistant, shearing resistant and warm water washing Processing PH range from 1-11, high temperature 90-100 resistant Improve sewing ability, especially suitable for cotton woven fabric Highly resistant to electrolytes, suitable for resin finishing Non-toxic to cellulase Usage Method: Padding recommended usage: 5-20g/l, 1g/l acetic acid as well Exhausting: 0.5%-2% (O.W.F), 20 minutes Adjust dosage according to different fabric and requirements Package And Storage: 200kgs per plastic drum, store in a cool and ventilated warehouse, avoid sun exposure, 6 months of storage expiry.
Black silicon carbide use quartz sand and petroleum coke as the main raw material, smelting the raw material at high temperature electric resistance furnace . Black silicon carbide contains SiC about 95%. The toughness is higher than that of green silicon carbide, black crystals. The microhardness is HV3100-3280kg / mm², brittle and sharp and has a certain electrical conductivity and thermal conductivity. Abrasive made of black silicon carbide is suitable for grinding cast iron, nonferrous metals and rubber, leather, plastic, wood, minerals and other non-metallic materials. Additionally, you can make advanced refractory material and so on.
Green Silicon Carbide is produced basically in the same way as black silicon carbide in a resistance type electric furnace with petroleum coke, quartz sand and other materials. It has a good hardness, strong cutting ability, stable chemical properties and excellent heat-conducting property.
Origin Iran/Turkmenistan/Uzbekistan Payment term LC/DLC/TT/SBLC
Insoluble granular sulfur in big bags on FOB conditions port of Turkmenbashi (Turkmenistan)
High transparent addition cure silicone for Jewelry mold making is a kind of two part silicone rubber in addition cure or platinum cure type with mixing ratio of 10:1. It can be cures at room temperature as well as under heat. It's a kind of food grade silicone ,And mainly used for jewelry mold making. High transparent addition cure silicone for Jewelry mold making is pourable, addition-curing, two-component silicone rubber that vulcanizes at room temperature or by heating. Non-toxic, odorless.Resistance high temperature is 250, shrinkage rate lower than 0.1%. It is great to make molds either with simple or intricate patterns,like artificial jewelry, resin Jewelry , artificial necklace, artificial bracelet etc. silicone molds serve very good performance in reproduction process with every fine detail on designing models.
The basic principle of the hydrocyclone is to separate the two-phase or multi-phase mixture of liquid-liquid, liquid-solid, liquid-gas and so on with a certain density difference under the action of centrifugal force. The mixed liquid is tangentially flowed into the cyclone with a certain pressure, and a high-speed rotating flow field is generated in the cylindrical cavity. The high density components in the mixture under the action of the swirling flow at the same time along the axial downward movement along the radial outward movement in the reach of the cone down along the wall along the wall, and from the bottom outlet, thus forming The small vortex component moves toward the central axis and forms an upwardly moving internal vortex in the center of the axis, and then is discharged from the overflow port, thus achieving the purpose of two-phase separation. Polyurethane characteristics: 1, the hardness range is wide, and the elongation and elasticity of the rubber are still under high hardness. The hardness range of polyurethane board is Shao A10-D80. 2, high strength. In rubber hardness under their tensile strength, tear strength and bearing capacity rubber is much higher than general. Under the high hardness the impact strength and flexural strength and is much higher than that of plastic. 3, wear resistance. The wear resistance is very good, about 3-5 times of the rubber. 4, oil resistance. Polyurethane board is a strong polar polymer, and the affinity of non polar mineral oil, in fuel oil and mechanical oil is almost no corrosion. 5, good resistance to oxygen and ozone. 6, excellent absorption performance, can be used to reduce the vibration, buffer effect. In the mold manufacturing industry, alternative rubber and spring. 7, it has good low temperature performance. 8, radiation resistance, high energy - ray properties of the polyurethane, the use of the 10-10 radiation dose is still satisfactory. 9, have good mechanical processing performance. (car, milling, grinding, drilling can be) Application: widely used in machinery, transportation, oil, mining, construction, textile, sports and other fields. The company to undertake a variety of specifications of the size of polyurethane products custom processing.
Good day, our company can offer you technical gas lump Sulphur GOST 127.1-93, origin Kazakhstan, 5000 m/t per month. if you are interested in product plz contuct to me/ the price is indicated on the terms of EXW, Kazakhstan, rail station Zhem city Aqtobe Thank you
Platinum cure molding rubber silicone rtv is used for prototyping and the reproduction of parts. Silicone moulds can be constructed in many different forms depending on the shape of the part you are making. In this section we will outline how to create the easiest one part flat back mould. Features of platinum cure molding rubber silicone rtv 1. Good characteristics of easy-operation 2. Light viscosity and good flowability 3. Low shrinkage 4. Favorable tension 5. No deformation 6. Favorable hardness 7. High temperature resistance, acid and alkali-resistance and ageing resistance 8. Food grade, non-toxic Why platinum cure molding rubber silicone rtv Silicone is the first choice of material when casting 3 dimentional shapes that contain undercuts as it exhibits excellent release properties, a high level of surface detail, very good chemical and high temperature resistance. It comes in a two-component system (base + catalyst) available in a hardness range of very soft to medium. It is available for making moulds that are poured, brushed or sprayed
Description of Platinum Cure Silicone Foams Platinum Cure Silicone Foams is a soft, two-component platinum silicone flexible foam that is versatile and easy to use. HY-F663 Platinum Silicone Foams expands 3.5 times its original volume and develops a uniform 20 lb./cu. ft. cell structure (320 kg/m3). Vibrant colors can be achieved by adding Silc-Pig Typical Applications for Platinum Cure Silicone Foams Platinum cure Silicone Foams can be used for a variety of industrial and special effects applications including making foam filled appliances, padding/seat cushioning, orthotics/orthopedics, potting and encapsulation of electrical circuits and vibration dampening.
