Thiourea-dioxide-sodium-hydrosulfite-sulphur.
FRP grating products.
FRP grating, GRP grating.
Tin cure silicone rubber, platinum cure silicone rubber, urethane rubber, silicone putty, food grade silicone, LSR injection rubber, life casting silicone, encapsulation & display silicone.
Silicon product, silicon nipple, silicon teether, silicon pacifier, silicon feeding bottle, silicon necklace, silicone bracelet, silicon gasket, silicon cake mold.OEM & ODM
Two-component silicone sealant, hotmelt butyl sealant, ms polymer sealant, polyurethane and polysulphide sealant.
Silicone rubber, mold making silicone rubber, RTV-2 silicone rubbber, pad printing silicone rubber, platinum silicone rubber, foam silicone, life casting silicone, addition cure silicon.
Kitchenware, silicon products.Export, shipping
RTV-2 molding silicone, addition silicone, pad printing silicone rubber, life casting silicone, electronic potting silicone rubber, FDA silicone, silicon oil, manual mold silicone, LSR, trademark silicone rubber, textile coating silicone rubber, liquid silicone rubber.
Silicone keypad, silicone kitchen ware, silicone crafts, silicone medical product, silicone parts, silicone seal ring, plastic product.
Silicon Susceptor The Silicon Susceptor from DSTC is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time. Additionally, silicon carbide susceptor can also be utilized as a wafer carrier in semiconductor etching equipment. Features of DSTC Silicon Susceptor 1 Ultra-Thin High Purity Design: The minimum thickness of DSTC silicon susceptor reaches 1mm, which is high purity; It is also recyclable and reusable. 2 Self-Developed Cleaning Technology: Self-developed cleaning technology, the surface metal ion of DSTC silicon susceptor residue meets the requirements of silicon wafer treatment process. 3 Mature Processing Technique: DSTC boasts a mature processing technique for silicon susceptors, ensuring high quality and reliability of your products. Silicon Susceptor's Applications in Semiconductor Processing High Purity and High Density: The silicon susceptor from DSTC is processed from high-purity silicon material with high purity and high density, ensuring that the wafer is not contaminated by impurities during processing. High Temperature Resistance and Oxidation Resistance: DSTC's Silicon susceptors can maintain excellent physical properties in high temperature environments and have the characteristics of high temperature resistance and oxidation resistance. High Thermal Conductivity: The silicon susceptor by DSTC has high thermal conductivity, which can quickly transfer heat, ensure the temperature uniformity of the wafer during processing, and improve processing quality. Strong Adaptability: The silicon susceptor can adapt to the requirements of a variety of semiconductor processing processes, such as etching, deposition, etc., improving the flexibility and adaptability of the production line. Improve Chip Performance: Silicon susceptors are conducive to improving chip integration, power density and performance stability, and have a profound impact on the development of the semiconductor industry. Silicon Susceptor Gallery of DSTC The Silicon Susceptor from DSTC is utilized for transporting the wafer. Discover the power of precision with DSTC's advanced semiconductor materials and parts, designed for excellence. Semiconductor silicon products are essential components in electronics, serving as the foundational material for chips and transistors in devices like computers, smartphones, and solar panels. As a leading silicon is semiconductor company, DSTC provides products which are highly valued for their electrical properties and versatility in the tech industry.
Silicon Pedestal The Silicon Pedestal is a pure silicon product designed to ensure temperature stability in the thermal reaction tube during silicon wafer processing, thereby enhancing insulation efficiency. Silicone base wafer processing is an extremely precise procedure where temperature plays a crucial role, directly impacting the thickness and uniformity of the silicon wafer film. Positioned at the lower section of the furnace's thermal reaction tube, the Silicon Pedestal supports the silicon chip carrier while providing effective heat insulation. At the conclusion of the process, it gradually cools down to ambient temperature along with the silicon wafer carrier. Features of DSTC Silicon Pedestal 1 High-purity silicon material can be customized for structural design. 2 DSTC silicon pedestal is also not easy to cause deformation, reusable, longevous. Specifications of DSTC Silicon Pedestal Product Structure Integrated, Welding Conductive Type/Doping Custom Resistivity Low Resistance (E.G.
Silicon Parts Silicon Parts from DSTC integrates silicon ingot growth, cutting, machining and cleaning to provide high-purity and particle-free silicon parts for 200mm and 300mm etchers. Silicon Parts Types DSTC Offer Silicon Ring Silicon Electrode î?? Why Choose DSTC Silicon Parts? DSTC is the only manufacturer in China that can provide world-class full silicon semiconductor material product family silicon components; One of the most advanced manufacturing R&D and material R&D laboratories is located in Chinese Mainland, and provides silicon carbide parts sample preparation, physical and chemical analysis and other testing services, product cleaning and renovation business. The Applications Silicon Parts from DSTC Silicon rings are used in semiconductor manufacturing to hold silicon wafers in place during processing. These silicon parts are also used in medical applications, such as catheters and implants, due to their biocompatibility and resistance to bodily fluids. Silicon electrodes are used in a variety of applications, including batteries, solar cells, and sensors. These silicon parts are a good choice for these applications because they are conductive, durable, and have a low coefficient of thermal expansion. Overall, silicon parts from DSTC are a versatile and valuable material with a wide range of applications. FAQs About DSTC Silicon Parts Q What size silicon components are available from DSTC? A The size of silicon components provided by DSTC is up to 650mm. Q What types of siparts are available by DSTC? A DSTC provides siparts including but not limited to electrodes, rings, susceptor, etc. Q What is the doping type and resistivity range of the product? A DSTC offers comprehensive customization services, accommodating all doping types and resistivity ranges to meet your specific needs. Q What are the crystal phase types of the product? A DSTC provides 111,100,customization. If you want to know more types of silicon and semiconductors, please visit our website.
Multi-Crystalline Silicon Ingot Applied to the semiconductor/photovoltaic industry, with industry-leading casting furnaces and heating zone design, DSTC can mass produce high purity multi-crystalline silicon quartz ingot with uniform grain. Larger size material for more product structures to be processed. with machinability and high mechanical strength. Composed of multiple crystal orientations in the plane and has better mechanical performance. Features of DSTC MultiCrystalline Silicon Ingot 1 Precise Resistivity Control: Our multi-crystalline silicon cast ingot offer exceptional resistivity control, ensuring optimal performance for various applications, including multi-crystalline silicon solar cells. 2 Superior Manufacturability: DSTC's advanced manufacturing processes and professional expertise enable the production of high-quality multi-crystalline silicon ingots. 3 Large Size Capabilities: DSTC can produce multi-crystalline silicon ingots in sizes up to >1m x 1m, catering to diverse industrial needs. 4 High Purity and Uniform Grain Structure: DSTC specializes in mass-producing high-purity multi-crystalline silicon ingots with a uniform grain structure. Multi-Crystalline Silicon Ingots: Sustainability and Recycling in PV Manufacturing Material Recycling Technology Monocrystalline silicon: The high purity requirements of monocrystalline silicon make it challenging in the recycling process. Currently, the recovery of monocrystalline silicon mainly relies on a combination of physical and chemical methods, such as grinding and pickling, to remove impurities and restore the purity of silicon. Polysilicon:The recovery of polysilicon is relatively simple because its structure is relatively loose and easy to separate and purify through mechanical crushing and chemical treatment. This has allowed polysilicon to be widely used in the solar industry. Impact on the Environment Monocrystalline silicon:Although the production process of monocrystalline silicon is energy intensive, its carbon footprint throughout its life cycle is relatively low due to its high efficiency and long life. Furthermore, the high purity of monocrystalline silicon means that its materials can be recycled more efficiently after electronics fail. Polysilicon:Helps reduce reliance on fossil fuels and thus greenhouse gas emissions Multi-Crystalline Silicon Ingot Gallery The Types of Silicon Boat Gallery showcases a variety of boat-shaped containers made from high-purity silicon, designed to hold and transport silicon wafers during semiconductor manufacturing processes. We can provide kinds of ingots for sale, and the ingot price is reasonable, anything you need, please contact us.
Food Grade Silicone Rubber Food safe silicone rubber material is a kind of inorganic polymer colloidal material formed by the condensation of silicic acid, which is a kind of environmental protection silica gel. In the normal state, it does not react with other acids and alkalis except caustic soda and hydrofluoric acid. And it belongs to a colloidal structure, so it has many micropores and a large specific surface area. Food-grade silica gel is mainly used in food-related appliances, which is different from solid glue and liquid glue. Solid food silica gel is a kind of translucent silicone rubber, which uses platinum-rhodium complex as a curing agent, and is suitable for the processing and production of food-grade molded products, such as china silicone spatulas and electric rice cookers; liquid food silica gel is a two-component, translucent addition liquid silicone rubber material, which has superior mechanical properties and is especially suitable for food silicone rubber products, such as baby pacifiers and bottles. Types of Silicone Rubber Food Safe Food Grade Liquid Silicone Rubber For Baby Nipple/Bottles Food Grade One Component Solid Silicone Food Grade Two-component Low Temperature Curing Solid Silicone For Kitchenware What is the difference between silicone and food grade silicone? Silicone is a synthetic material made from silica, and is widely used in many industries such as healthcare, automotive, and industrial. Silicone is also used in many consumer products such as cookware, bakeware, and children's toys. It's important to understand the differences between silicone and food grade silicone when purchasing items for use in food preparation and storage. Food grade silicone is a specific type of silicone that has been approved for use in contact with food. It is made from a special type of silicone that does not release toxic chemicals into food when it is heated or in contact with acidic or alkaline ingredients. Food grade silicone is also non-porous and will not absorb odors or flavors from food. This makes it an ideal material for creating food storage containers, bakeware, and other items that come into contact with food. The biggest difference between regular silicone and food grade silicone is the purity of the material. Food grade silicone is made with a higher level of purity than regular silicone, which helps to reduce the risk of contamination. Additionally, this silicone rubber wholesale is designed to withstand higher temperatures than regular silicone and can be used in the oven and microwave.
Silicone Flame Retardant The product is a heat-resistant peroxide-curing solid silicone rubber compound for forming. Our flame resistant silicone is a high-quality product designed to meet the rigorous requirements of a wide range of industries. This product is ideal for applications that require superior fire resistance and superior physical properties. Its superior flame retardancy is obtained from a combination of flame retardant additives and our unique compounding processes. The product provides excellent physical properties such as tensile strength, elongation, tear resistance, and compression set resistance. Our flame retardant solid silicone is suitable for a wide variety of applications such as automotive, electrical, industrial, and medical applications. Betely, a sophisticated flame retardant silicone rubber factory, is confident that our flame retardant solid silicone can meet your needs and exceed your expectations. We invite you to explore our product category further and contact us with any questions. Types of Flame Retardant Solid Silicone Flame Retardant Solid Silicone Rubber SH-8660 Is silicone flame resistant? Silicone is a popular material that is used in many everyday items and products. It is renowned for its versatility, as it can be used to construct items ranging from cooking utensils to medical equipment. As such, it is important to understand the characteristics of silicone and its potential uses. One important aspect of silicone is its flame resistance. In order to understand if silicone is flame resistant, it is important to look at its properties and how it responds when exposed to flames.
Embossing Silicone Rubber For Fabric/Garment/Textile The silicone ink embossing is a two-component, semi-transparent addition liquid silicone rubber system. The material has excellent vulcanization. It is especially suitable for cloth logos which need excellent 3D effect. Product Features Of Embossing Silicone Ink Rubber For Fabric/Garment/Textile Fast curing speed Strong adhesion Good fluidity Good bubble removing property Easy to dye Poisonless and tasteless Good heat and weather resistance Application Field Of Embossing Silicone Rubber For Fabric/Garment/Textile Clothing labels, Silicone decorations/crafts, logo scutcheon, and accessories. The Performance Parameters Of Embossing Silicone Rubber For Fabric/Garment/Textile Properties BQ-1070-1A/B Appearance Semi-transparent Viscosity (pa.s) A: 13 million mPa.s B: 500-2000 mPa.s Density (g/cm3) 1.10-1.13 Hardness (Shore A) 57-62 Tensile strength (MPa) 6 Elongation (%) 300% Tear strength (kN/m) 25 As a silicone factory china, we will do our best to meet all the needs of customers.
The primary application of these silicon materials is in the semiconductor/photovoltaic industry, specifically for manufacturing single-crystalline silicon ingots used in the production of silicon components or solar cells. We offer single crystal silicon ingot customization options for any size and shape of silicon materials, including but not limited to silicon tubes, rings, and wafers. Features of DSTC Single-Crystalline Silicon Ingot 1 Resistivity Control. 2 Manufacturability. 3 Devoted to developing large size pulling technique, DSTC is the 1st domestic manufacturer to supply >�?620mm silicon ingots. Technical Advantages of Single Crystal Ingot from DSTC 1. The single crystal ingot from DSTC has a maximum diameter of 620mmï¼? 2. Almost complete lattice structure, similar to the preparation method of semiconductor wafersï¼? 3. High purity, few defects and low impuritiesï¼? 4. The same crystal orientation in the plane, and less difference in physical propertiesï¼? 5. Excellent resistivity calculation and application method to control single-crystal ringot resistivity accuratelyï¼? DSTC Single Crystal Ingot: Applications and Uses DSTC Single Crystal Ingots are mainly used to process and manufacture silicon parts for etching equipment. Their quality and performance directly affect the efficiency of etching processing and have a significant impact on the etching yield, making the single crystal ingots an important material in the integrated circuit industry chain. There are many silicon carbide semiconductor companies, but we are one of the best choices for you.
The Silicon Susceptor is utilized in semiconductor CVD and PVD machines to provide support for wafers during high-temperature processes, ensuring stability and preventing any potential damage caused by nitrogen flow or accidental dropping. Compared to SiC Susceptor, Silicon Susceptor has the same material as the wafer, the same coefficient of thermal expansion, and a shorter delivery time Additionally, silicon carbide susceptor can also be utilized as a wafer carrier in semiconductor etching equipment. Features of DSTC Silicon Susceptor 1 The minimum thickness reaches 1mm; High purity; Recyclable and reusable. 2 Self-developed cleaning technology, the surface metal ion residue meets the requirements of silicon wafer treatment process. 3 Mature processing process. Silicon Susceptor Gallery The Silicon Susceptor is utilized for transporting the wafer.
This type of silicon parts is made by single or multi-crystalline silicon ingot materials. The outside diameter of the silicon ring is up to 650mm. The silicon ring is used in the dry etching machine as the focus ring, outer electrode, confinement ring. Features of DSTC Silicon Ring 1 Establishment of plasma etching condition. 2 Use as electrodes for RF units. 3 Control sidewall damage of the reactive substance, improve etching aspect ratios and optimize etching surfaces. 4 Improve the uniformity and yield of the edge of silicon wafer. Why Choose DSTC Silicon Rings in Semiconductor Manufacturing? 1. Used as electrodes in CCP/ICP etching equipment to focus and drive plasma for wafers; 2. Silicon rings can optimize etching performance/uniformity at the edge of wafers. Silicon Ring Gallery The Silicon Ring is used in the dry etching machine as the outside electrode or the lower electrode.
