CAS No.:61827-42-7 MF:RO.(C2H4O)n Purity:99.5% Type:Absorbent Absorbent Variety: Activated Carbon Usage: Coating Auxiliary Agents, Electronics Chemicals, Leather Auxiliary Agents, Paper Chemicals, Petroleum Additives, Plastic Auxiliary Agents, Rubber Auxiliary Agents, Surfactants, Textile Auxiliary Agents, Water Treatment Chemicals Water content (%):â?¤1.0 Characteristic and Applications: 1. Easily dissolved in water, excellent property of emulsification, penetrability and humectation. 2. Used as abstergent, degreasing agent, refining agent, emulgator in textile industry and leather processing industry. 3. Have special emulsify effect to amido silicone oil and dimethyl silicone oil, improve efficacy after use. 4. Used as metal processing additive, multifunctional cleaning agent, decontaminate synergist, household cleaning agent and leaning agent for vehicle, public facility.
CAS No.:63148-62-9 Other Names:pdms MF:(CH3)3SiO[(CH3)2SiO]nSi(CH3)3 EINECS No.:63148-62-9 Purity:99.9% Place of Origin:Anhui, China Type:silicone oil, Chemical polymer Usage:Coating Auxiliary Agents, Electronics Chemicals, Leather Auxiliary Agents, Petroleum Additives, Surfactants, Water Treatment Chemicals Brand Name:ZINCA Model Number:ZINCA-z201 Product name:Polydimethylsiloxane Viscosity:50 100 350 1000 cst Apperance:Clear colorless liquid Keywords:Dimethicone Application:Cosmetics,hair, polish,lubricant, molding release etc. Sample:Availabe Storage:Cool and dry place
Silicone Oil is a non-hydrolyzed silicone surfactant with medium and high activity,used for soft polyurethane foaming.It is suitable for horizontal foaning ranging from low desity to medium desity. PL-5889 can be compatible with polyol mixtures and Various additives,to form a uniform nucleation system,the foam can form a fine and uniforma cell structure.meanwhile,it can ensure the normal foam permeability and provide high processing tolerance.
Form Powder Country of Origin Made in India Purity 99.5 Grade Standard Technical Grade Color Yellow Mol weight 32,06 g/mol Minimum Order Quantity 1 Metric Ton
Descriptions: Silicon metal is also called industrail silicon or crystalline silicon. It is siliver gray with metallic luster,when be processed into powder the coloure si dark grey. It has high melting point,good heat resistance and high resistivity.It is usually used in electro, metallurgy and chemical industry.It is the dispensable essential raw material in the hi-tech industry. Features: 1.silicon is widely used in smelting alloy elements, as a reducing agent in many kinds of metal smelting. 2.silicon metal widely applied to refractory material and powder metallurgy industry to improve the heat resistance and oxidation resistance. 3.Inddustrial siliocn powder is regarded as alloy additive, impove the steel hrdenability in metallurgy and foundru industry. 4.It is mailnly used in production of alloys, polycrystalline silicon, organic silicon materials and high-grade refractor.
Appearance: powderPurity: 4N 5N 6N 99.99%Grade Standard: Industrial GradeCAS No.: 9035-99-8State: Solidcolor: yellow
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
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
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
LCK-10 silicon pad is a high-performance insulating material substrate of Kapton membrane coating with silicone and has good thermal conductivity and anti-pierce.LCK-10 is designed For those ceramic insulator substitutes like beryllium oxide�??boron nitride and bauxite. As we know that ceramic insulators very expensive and easy broken,however,LCK-10 is hard To broke and the price of it is low. Features & Benefits: Heat emission, insulation , fire prevention, shock resistance. Thermal impedance: 0.41-in2/w(50psi) Breakdown voltage can reach at 7000V Designed for the substitutes of the ceramic insulators Typical Applications: Heating power components; Automobile electronic heating module; Power module; Household appliances;
Insoluble granular sulfur in big bags on FOB conditions port of Turkmenbashi (Turkmenistan)
Si72%minC 0.2% max, Al 1.5% max S 0.02%max P 0.04#max Size:10-50mm or 50-100mm or per customer’s requirement
LCD thermal conductive silicon mud is short for thermal conductive mud and have good thermal conductivity and insulation. The shape likes plasticine, no flow, not be dried solid, no volatile, high and low temperature endurance, take it without adhere your hands ,high viscosity, use repeatedly, can be molded into a certain shape, easy to use. Filling between the electronic component to be cooled and the heat sink / case, contacting closely to reduce the thermal resistance, quickly and efficiently reducing the temperature of electronic components to extend the electronic component the life and improve its reliability. Because of its good filling and low price, they are widely used in LED lighting industry and also the best choice for thermal cooling of the lighting industry when selecting thermal conductive materials. Features & Benefits: High reliability, excellent chemical and mechanical stability Easy to meet the requirements for thickness variation in product design After forming is not deformed in a static use, no settlement Thermal insulation, excellent resistance to aging Meet the environmental requirements of ROHS and UL Rubber sludge, plasticity, repeated use Typical Applications: LED 1.Integrated LED internal drive 2. Round cap screw-type LED lamp Solar Backlight module LCD-TV/PDP For more , please kindly feel free to contact rita(at)szutd.com
The LCV series silicon cloth is a kind of cloth production which made based on fiberglass substrate through special processing. Because of its nice thermal conductivity, insulation and convenient assembly, it widely used in electronic appliances industry. When using, you should select different thickness of the thermal conductive silicon tape to cut according to the size of the fever interface and the height of the gap. Then putting the silicon tape in the gap between the fever interface and their components gap to play as a heat-conducting medium. Features & Benefits: Heat resistance, insulation, fire prevention, shock resistance Typical Applications: Heating power components Automobile electronic heating module Power module Household appliances Computer and peripherals, the filling and any place need heat dissipation between the heating element and the bottom plate.
The material is heat reinforced polymer, designed to meet the Thermal conductivity and reliability demand for the thermal conductivity of high application terminal. In addition, the heat sinks performance benefits a lot from the low heat resistance. And improve the microprocessor, DC - DC converter of memory module and the reliability of power module. The phase change characteristics: the material is solid in room temperature and installation is completely convenient, used between heatsink and devices. The material can be softened and flowing when the products reach phase-change temperature to fill the devices tiny irregular contact surface. Thus, the material has the ability to fill the gap between the devices and heat sink completely, make the phase change better than non-current elastomers or thermal graphite pad and get the performance of thermal conductive silicon grease. The material is nonconductive, however, as the material has endured the phase change at high temperature, may make the metal get to the metal, so the phase change interface material cannot Features & Benefits: Low heat resistance and low stress Natural sticky, easy to use-no need to use glue No radiator preheating Flow but not silicon oil Low volatility--less than 1%
