FRP grating products.
FRP grating, GRP grating.
Frp gratings.
Tin cure silicone rubber, platinum cure silicone rubber, urethane rubber, silicone putty, food grade silicone, LSR injection rubber, life casting silicone, encapsulation & display silicone.
Silicone rubber & products.
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 rubber products.Manufacturer
Silver mercury 99.9% and stationeries.
Diesel, sulphur.
Silicone keypad, silicone kitchen ware, silicone crafts, silicone medical product, silicone parts, silicone seal ring, plastic product.
Features of Sulfur Powder High purity 99.9% The most important features of sulfur powder are as follows: Color: Typically bright yellow.Texture: Has a soft and uniform texture. Odor: Has a distinctive, pungent odor similar to rotten eggs due to sulfur compounds. Solubility: Insoluble in water but can dissolve in some organic solvents. Natural Production Method of Sulfur Powder Naturally, sulfur is found predominantly in volcanic regions. Volcanic activities bring sulfur to the earth's surface, where it solidifies upon cooling. This element is also widely found in many minerals, including iron pyrite, gypsum, and Epsom salts. In natural mines, sulfur is collected as solid layers near the earthâ??s surface and then processed into powder. This method is less commonly used due to high costs and environmental restrictions. Industrial Production Method of Sulfur Powder Today, most of the sulfur required by the industry is produced through the extraction and refining of oil and gas. Sulfur is extracted as a by-product during the refining process of natural gas and petroleum. In this process, a large amount of sulfur is obtained from natural gas and petroleum, which contain hydrogen sulfide and a wide range of sulfur-containing organic compounds (like CH3SH). These compounds are converted into pure sulfur using chemical and thermal processes and then marketed as powder.
Introduction Our electronic-grade silicon Sol is a high-purity solution specifically developed for the demands of the electronics industry. Engineered to meet strict purity standards, this silicon sol is ideal for use in sensitive electronic applications, including integrated circuits, precision polishing, and high-purity coatings. Product Specifications Our electronic-grade silicon Sol is formulated with rigorous standards, making it an ideal choice for sensitive electronic applications. Key specifications include: Purity Level: Ultra-high purity at 99.99%, reducing impurities to ensure contamination-free application, critical for semiconductor manufacturing and integrated circuits. Particle Size: Uniform particle size averaging 20-30 nanometers, optimized for even application and superior polishing in high-precision processes. Concentration Range: Available in 20% and 30% silicon dioxide concentrations, catering to varying manufacturing needs for different coating and polishing requirements. pH Stability: Engineered with a stable pH (7�±0.5), maintaining chemical balance during application to prevent material degradation and ensure consistency across production batches. Storage and Shelf Life: With an extended shelf life of up to 12 months under standard conditions, ensuring long-term quality and usability in manufacturing environments. Application Scenarios Electronic Grade Silicon Sol is primarily used in: Integrated Circuit Manufacturing: Essential for wafer and circuit board polishing, improving surface uniformity and quality. High-Purity Coatings: Provides a smooth, contamination-free layer on electronic components, enhancing durability and function. Precision Polishing: Suitable for fine polishing of delicate electronic parts, reducing defects and maintaining high performance in final products. Product Advantages Purity and Quality Assurance: Consistent ultra-high purity ensures reliable performance in critical electronics applications. Enhanced Precision: Fine particle size and stable concentration make it perfect for high-precision tasks, reducing defects and material loss. Customization: Available in custom concentrations and grades to meet specific needs in electronics manufacturing.
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.
See the procedure, on request also yearly contract. Don't ask as samples to send. COMMODITY Product: Sulphur in grain Origin: Kazakhstan Quantity: 1 X 100â??000 MT Contract length: spot contract FOB Price: USD 150 per MT Payment: MT103 & Guarranttee Deposit Destination: CIF â?¦â?¦ Port Procedure 1. BUYER ISSUE ICPO + COMPANY PROFILE. ICPO MUST BE ON BUYERâ??S COMPANY LETTER HEAD, WITH PASSPORT COPY OF BUYER OR REPRESENTATIVE AND FULL BANKING INFORMATION. 2. SELLER ISSUE COMMERCIAL INVOICE FOR ONE TIME DELIVERY FOE BOTH PARTIES TO SIGN, SELLER ISSUES PARTIAL PROOF OF PRODUCT BUYER A. REFINERY COMMITMENT TO SUPPLY B. PRODUCT PASSPORT CERTIFICATE C. CERTIFICATE OF ORIGIN D. COMPANY CERTIFICATE E. PAYMENT INVOICE FOR GUARRANTEE DEPOSIT G. STATEMENT OF AVAILABILITY OF PRODUCT 4. WITHIN 7 BANKING DAYS, BUYERS MAKES PAYMENT OF GUARRANTTEE DEPOSIT. 5. SELLER AND BUYER SIGN THE CPA FOR LOGISTICS, AND SELLER MAKE PAYMENT FOR CPA 6. THE LOADING COMMENCE FOR UNWORD SHIPPEMENT TO BUYERS PORT. ALL SHIPPING DOCUMENT WILL BE FORWARDED TO BUYER. 6. ALL PARTIES FINALIZED THE SIGNING OF NCNDA / IMFPA 7. UPON ARRIVAL OF CARGO AT THE DISCHARGE PORT AND AFTER SGS OR Q&Q AT DISCHARGED PORT BUYERâ??S BANK RELEASE TO SELLERâ??S BANK PAYMENT BY MT103 /TT WITHIN 7 (SEVEN) BANKING DAYS. SELLER RELEASE PAYMENT TO ALL INTERMEDIARIES AS PER SIGNED NCNDA /IMFPA WITHIN 48 HRS OF RECEIVING THE PAYMENT FOR SHIPMENT VALUE FROM BUYERS BANK
