Ferro Silicon is a universal heatblocker used to produce carbon and stainless steel This additive is used with other ferro alloys in the deoxidising process of steel and in the production of silicon itself It is also used in the production of cast iron as it can accelerate graphitisation Ferro Silicon replaces the need for ferro manganese spiegeleisen and calcium silicides in the manufacturing process
Super Silicon Voga are natural silicon rich minerals that contain high amount of active silicon and other beneficial nutrients. Super Silicon Voga contains over 5,000 ppm of plant available silicon, 20 times higher than other brands. Silicon is known to be absorbed by plants and transported to plants' cell walls. It helps strengthen cell walls, as a result, more tolerance of pests and diseases. It also has high cation exchange capacity (CEC) which helps improve soil�¢??s physical and chemical structure and soil's capacity to retain nutrients and slowly release them to plant's roots.�?� In soils, it helps loosen up hard soils resulting in better root growth.�?� Not only preventing loss of nutrients,�?� it also makes them more readily available to plants. Silicon also helps release fixed phosphate from soils resulting in better flowering. Silicon accumulated on leaves make them more shiny and help reduce transpiration rate. It can reduce water usage by as much as 30% resulting in more drought tolerant. Produce with silicon will taste better and stay fresh for longer time. Super Silicon Voga can be used in a variety of ways. Mix with chemical fertilizers, it will help prevent loss of nutrients and provide source of silicon to plants. Mix when spaying fungicides or insecticides, it will enhance and prolong the substance's efficacy. It can also be used to cure fungal diseases on trunks. Benefits: - Enhance efficacy of chemical fertilizers, prevent leaching - Prevent fungal and other diseases - Strengthen plants, improve resistance against pests and diseases - Enhance efficacy of chemical fungicides and pesticides�?� - Absorb toxins from soils, fruits, and vegetables Usage: - Mix with chemical fertilizer, manure or organic fertilizer before applying to soils. Use 1 kg of Super Voga for 50 kg of fertilizers. - Mix with small amount of water to make paste. Apply paste on plant's trunk infected by fungi. - Spread small amount around canopy to prevent root rot. - Mix 1 teaspoon of Super Voga in 20 liter spraying tank when spray fungicides or pesticides to increase their effectiveness - Mix 1 teaspoon Super Voga in 5 liter water. Use it to clean vegetables or fruits to clean chemical residues and help prolong freshness.
Product: Industrial Grade Silicone Source: China MOQ: 25 MT Specifications: Si (Silicon): 99% min Fe (Iron): 40% max Ca (Calcium): 0.02% max P (Phosphorus): 0.0030% max Al (Aluminum): 0.50% max Others (each): 0.10% max Custom Specifications Available: We offer customization to meet specific requirements. Contact us with your desired specifications, and our team will tailor the product to match your needs.
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.
Silicon Parts integrates silicon ingot growth, cutting, machining and cleaning to provide high-purity and particle-free silicon parts for 200mm and 300mm etchers. Why Choose DSTC silicon carbide parts? DSTC is the only manufacturer in China that can provide world-class full 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 parts sample preparation, physical and chemical analysis and other testing services, product cleaning and renovation business. Silicon Parts Applications 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 are a versatile and valuable material with a wide range of applications. There are many silicon carbide semiconductor companies, but we are one of the best choices for you.
Silfluo superior products phenyl silane, isocyanate silane, fluoro Materials, siloxane and other customized silicone are widely used in adhesives & sealants, agriculture, construction, coating & paints, fiberglass & composite, railway & automotive, surface Treatment owing to their exceptional flexibility, heat resistance, and adhesion properties. Silanes & Silicones Types Aryl/Phenyl Silane Isocyanate Silane/Isocyanurate Fluoro Silane Siloxanes & Silazane Customized Silane Silanes & Siloxanes MQ Silicone Resin LR-610 Spherical Silicone Resin; Polymethylsilsesquioxane LR-10 Silicone Resin for Thermally Conductive Gels LR-11 Optics Resins Silicone Resin Regular Silicone Fluid Phenyl Silicone Fluid Fluorosilicone Fluid Silicone Fluid Liquid Silicone Rubber Phenyl Silicone Rubber Fluorosilicone Rubber Silicone Rubber LA-10 A Modified Trisiloxane and an Silicone Surfactant LA-11 A Modified Trisiloxane and an Silicone Surfactant LA-12 A Modified Trisiloxane and an Silicone Surfactant LA-13 An Alkyl Modified Trisiloxane LA-14 A Modified Trisiloxane and an Silicone Surfactant LA-15 A Modified Trisiloxane LA-16 Powder Silicone Surfactactant LA-17 Polyether Modified Short Chain Polysiloxane Silicone Surfactant LG-10 Thermal Silicone Grease Silicone Grease LP-11 Hexaphenoxycyclotriphosphazene LP-12 Poly(Diphenoxy)Phosphazene LP-13 3-Hydroxyphenylphosphinyl-Propanoic Acid (CEPPA) Organophosphorus Frame Retardant
Silicon sands.
Ferro silicon 65%.
Silicone Rings.
Ferro Silicon.
Ferro Silicon.
Silicon Metal.
Silicon Metal 441, 421.
Silicone Oil.
Organic Silicon Raw Materials.
Silicone Oil.
Ferro Silicone.
Silicon .
