Superconducting carbon black has high structure, fine particle size, large specific surface area, low or high resistance, and excellent conductivity. It can endow products with conductive or anti-static properties and is commonly used in conductive rubber, conductive plastics, wireless components, and other products.
Its glossiness can also be considered as one of the important factors representing the quality of superconducting carbon black, so many people observe its glossiness when purchasing this product. Therefore, detecting the glossiness of this product is a very necessary part. Speaking of which, how to detect the glossiness of a product?
Comparative gloss analysis of coatings made from dry pigments and standard samples separately. After sanding, disperse the pigment sample in the alkyd resin, and then start the spraying equipment to form a uniform film thickness and surface features on the aluminum plate under controlled conditions. Then, perform baking and molding, and calculate the glossiness ratio to the standard sample.
So overall, the glossiness of superconducting carbon black is tested through the above content. Of course, although glossiness is one of the factors representing product quality, buying a product cannot be based solely on glossiness. Superconducting carbon black (granular) overcomes the defects of easy dust generation and environmental pollution during use, and is more environmentally friendly when processing conductive, anti-static plastics and rubber products.
Editor: Lena