LC1001 is the semi-flowing heat-resistant silicone adhesive sealant which is made of special silicone rubber material the addition of thermal powders. With excellent conductivity,V0 flame retardant grade, excellent temperature resistance, can be in the range of 60 ~ 280 Long-term use. As well as good adhesion, long term use will not fall off, will not produce Contact gap to reduce thermal conductivity, moisture-proof, anti-seismic, anti-corona, anti-leakage and aging .The properties are widely used for the adhesion and sealing of the electronic components with high thermal conductivity, which is a single part of the acetone oxime type, It can be cured silicone rubber and conforms to the requirements of ROHS REACH UL. Typical Applications High power LED lamps and lanterns, electrical power, microwave oven, electronic components and other industrial products of thermal conductive adhesive sealing, alternative thermal conductive silicone used in high-power electric module and radiator thermal conductivity between fixed filling adhesive, no card buckle screw, more reliable filling heat, simple process and lower cost. Applying Process 1.Surface clean : Clean the surface of the adhesive object and remove the rust, dust and oil. 2.Sizing: Twist the cap of the hose, squeeze the gel into the clean surface, and make it natural. 3.Curing: Place the bonded or sealed parts in the air while them to solidify naturally. Curing is a process from surface to the internal, within 24 hours (at room temperature and 55% relative humidity) will cure the depth of the 2 ~ 4 mm, if the site location is deeper that completely curing time will be postpone, especially it is not easy to come into contact with air. if the temperature is low, cure time also will be postpone .Prior to further processing or wrapping the bonded parts, it is recommended that the user wait long enough to ensure that the adhesion and integrity of the adhesion are not affected. For more , please kindly feel free to contact rita(at)szutd.com
**Global dealer and supplier of Silicon Metal 441 & 553 looking for buyers in Canada** 441 Specifications Si 99.1% Min Fe 0.4% Max Al 0.4% Max Ca 0.1% Max 553 Specifications Si 98.5% Min Fe 0.5% Max Al 0.5% Max Ca 0.5% Max CIF from Turkey Packing 1000kg Jumbo Bags Sizing from 1 to 10cm
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;
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
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 oxideã??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;
Fineway can custom manufacture ceramics balls, rollers, full ceramic bearings and hybrid bearings per customers request. We can do Grade 3 to Grade 100 ceramic balls. Please contact us today to get a quotation for your requirement.
Fineway offers high quality ultra fine silicon nitride powder, the average particle size ranges from submicron order to coarse grain powder. With the high Purity and α phase crystal content, our powder can be widely used in solar and ceramic structural applications.
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.
High thermal conductive silicone pad is a high thermal conductivity material. The raw material is made of Japan Electrochemical High Thermal Conductive Spherical Alumina Powder and Dow Corning Polymer. It is a cost-effective thermal gap filling material. The surface's natural micro-viscosity and softness can well fill the air gaps to transfer the heat between the heat source and the heat sink to improve heat dissipation and improve the efficiency of heating electro-nic components and service life. It is an ideal thermal interface material. Benefits: Cost-effective, high conductivity, low thermal resistance Soft and flexible, reducing the interface thermal resistance High electrical insulation to protect electronic devices Natural sticky, easy application, reworkable Meet ROHS and UL environmental requirements Applications: High thermal conductivity module new energy vehicles Microprocessors, memory chips and graphics processors Network communication equipment Car equipment, charger High-speed hard disk drive For more , please kindly feel free to contact rita(at)szutd.com
Ultra-high thermal conductive silicone sheet is a high-performance heat conducting interface material made of 100% imported materials for fillingthe air gaps between the heating device and the heat sink or metal base.Its softness and elasticity characteristics enable it to be used for coveringa very uneven surface. Heat is transferred from the separation device or the entire PCB to the metal casing or diffuser to improve heat dissipationand improve the efficiency of heating electronic components and service Features & Benefits: High thermal conductivity, low thermal resistance Soft and flexible, reducing the interface thermal resistance High electrical insulation to protect sensitive electronic devices Natural sticky, easy assembly, re-workable Meet ROHS and UL environmental requirements Typical Applications: CPU, memory module Communication hardware equipment High-speed hard disk drive Automotive engine control module Microprocessors, memory chips and graphics processors Military electronic equipment For more , please kindly feel free to contact rita(at)szutd.com
LCN is a kind of thermal conductive pad which do not contain silicone oil and do not volatilize and apply in optical instrument and those have sensitivity on silicone oil. There is silicone oil exuding from traditional thermal pad after heating, however, LCN absolutely solve this problem of silicone oil leakage. Whats more, the LCN series are especially fitting for filling no flat and high cumulative tolerance interface. Features & Benefits: No siloxane, no volatilization, no pollution Soft and low hardness material, good for filling High thermal conductive, low contact heat resistance Electric insulator Typical Applications: The products you are afraid of being polluted by silicone oil Optical precision equipment Laptop and projector Mobile and communication equipment, high speed large storage driver Heat pipe assembly, control equipment of car engine Telecommunication hardware and equipment High-end industrial control, and medical electronic area
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%
Kelo-Cote is a patented silicone gel for preventing and treating hypertrophic scars and keloids resulting from surgery, trauma, wounds, or burns. Kelo-Cote is a silicone gel that: - Reduces the redness of scars. - Makes raised scars smoother and flatter. - Relieves the itching and pain of scars. Indications : For the prevention and treatment of hypertrophic scars and keloids resulting from surgery, trauma, wounds, or burns Directions for use : For recent scars: apply to a clean, dry scar once healing is complete or sutures have been removed. Apply a very thin layer of Kelo-Cote to the scar twice a day without massaging. Allow to dry for 5 minutes to form a soft, transparent, water-resistant film - remove excess if the film does not dry. Once dry, it can be covered with sunscreen or makeup. The recommended treatment period is 2-3 months. Continue treatment if improvements are still seen. Content : Tube 6 g
1. Characteristic: It is a white and colloidal micro-particle with its primary micro-particle from 5-40 nm and has obvious properties such as thixotropy, reinforcing, thickening and filling etc. and is insoluble in all kinds of solvents and liquids except hy-drofluoric acid and concentrated bases. 2. Specification: Q/SHG19-2008ItemIndex Product: LM200 Apparent: White solid colloidal micro-particle Specific surface area m2/g: 150�±15 PH value3.6~4.3 Heating loss weight % (m/m) â?¤1.0 Burning loss weight % (m/m) â?¤1.0 Apparent density g/Lâ?¤60 3. Uses: It is used widely in silicone rubber, construction sealant, coating, electron and electric, aerospace, medicine and medical material, resin processing, printing ink, pesticide and other industries. LM-150: used widely in silicone acid rubber, sulfurized silicone rubber in ambient temperature (low water content), silicone neutral rubber. LM-200: used widely in sealing ring, sealing gasket, petroleum pipeline, insulator, tablet powdered preparation, artificial viscera, infusion tube, latex nipple and high quality oil ink. LM-300: used widely in resin thickener, thickness agent for synthetic lubricating ester, resin thixotropic agent for electronic component. LM-380: used widely in reinforcing agent for silicone rubber, medical silicone rubber for transparent artificial organs and artificial heart etc. 4. Packing: packed with multi-layer paper plastic compound bag with net weight of 5 kg or 10 kg, or packed by whole plastic seal for users having special demand on water content. 5. Store and transport: placed in vent and dry storehouse and prevented from humid, water, pressure and throwing during transport.
With high impact and wear resistance, Fineway's silicon nitride plates is widely used in mining and transportation industry. Please contact us today to get a quotation for your dimension and applications.
Solar grade silicon.
Silicon metal.
Silicon metal.
Sugar ICUMSA 45. White Crystal High-Grade Refined ICUMSA 45 Sugar WHITE CANE SUGAR ICUMSA 45. Brazilina Sugar ICUMSA 45 SPECIFICATION: Brazilian Sugar ICUMSA 45 colour of the solution: 45 icumsa units max radiation: within internationally accepted limits moisture content: 0.06% max invert sugar content: 0.04% max conductivity ash: 0.04% max sulphur dioxide: 15 mg/kg max anti-caking agents: maximum level of 1.5 m/m singly or combination of following agents: -calcium phosphate, tribasic magnesium carbonate silicon dioxide, amorphous (dehydrated silica gel) calcium silicate magnesium trisilicate sodium aluminosilicate calcium aluminosilicate polarization: 99.7% min moisture content: 0.06% max invert sugar content: 0.04% max conductivity ash: 0.04% max total bacteria: 60 max e. coli: 30 max mould: 25 max sulphur dioxide (sosub2): 15 max arsenic (as): 0.5 max lead (pb): 0.5 max Brazilians Sugar ICUMSA 45
A solar panel, also known as a photovoltaic (PV) panel, is a device that converts sunlight into electricity through the photovoltaic effect. Hereâ??s a detailed description of solar panels: Structure and Components 1. Photovoltaic Cells: * Solar panels are made up of multiple photovoltaic cells arranged in a grid-like pattern on a rigid frame. * Each cell is typically made from silicon, the most common semiconductor material used in solar panels. 2. Encapsulation: * Photovoltaic cells are encapsulated between a front glass cover and a backsheet or encapsulant material. * The front cover is tempered glass designed to protect the cells from environmental factors while allowing sunlight to pass through.
