What is Nano Silica PRO: High-Purity Thermal-Resistant Eco-Reinforcement Additive Sio2
Price
Min. Order Reference FOB Price
1 Ton US$1,150.00-2,000.00 / Ton
Sepcifications
- Classification Silicon Dioxide
- Grade Standard Food Grade
- Kind No Salt Oxide
- Quality Eligible
- Transport Package 20kg/Bag, 10kg/Bag + Ton/Jumbo Bag
- Specification 20kg/bag
- Origin China
- Appearance Powder
- Particle Size (Mesh) Nano-Level (10-20nm)
- Application Rubber, Feed, Pesticide, Toothpaste, Paper Making
- Shipping Terms Fob
- MOQ 1 Ton
- Sio2 Content 99.8%
- Fe2o3 Content <100ppm
- Al2O3 Content <1000ppm
- Cao Content <0.05%
- Na Content <5ppm
- Cl Content <5ppm
- pH Value 6.0
- Electrical Conductivity <5us/Cm
- S.S.a. 1.0+-0.3 M2/G
- 200 Mesh Water Sieve <100ppm
Product Description
Product model H-500 H-506 H-600/618/620/686/688 H-985/995 Fields of application Polyolefin and polyester film are used as anti-blocking agents and anti-binder masterbatches. PE battery separator Rubber sealing products, sealants, plastic fillers, etc New energy vehicles, aerospace, ...
-
The Performance Advantages and Application Fields of Silicon Carbide Rod as a Thermoelectric Material Electrothermal materials can convert electrical energy into thermal energy and are used to manufacture resistance heating elements, which are widely used in industrial and civilian equipment. In the field of high-temperature processing, operations under extreme working conditions increase constantly, making the selection of electrothermal materials critical. This article delves into the basic aspects of silicon carbon rods: their types, properties, materials used in their manufacture, application benefits, and application analysis. -
Frequently Asked Questions about Boron Carbide This article discusses the advantages, manufacturing methods, and quality testing of boron carbide ceramics. Boron carbide ceramics have high hardness, high temperature resistance, and chemical corrosion resistance, making them suitable for manufacturing high-temperature engine parts and nuclear reactor components. The methods for manufacturing boron carbide ceramics include hot pressing sintering and hot isostatic pressing. When testing the quality of boron carbide products, it is important to consider factors such as appearance, density, hardness, purity, thermal properties, chemical composition, and corrosion resistance.