Introduction de la brique de carbone anticorrosion

La brique de carbone anticorrosion utilise du coke calciné de pétrole, coke métallurgique, et poudre de graphite comme agrégats, avec de la résine phénolique comme liant. Après avoir remué (la résine phénolique liquide est le liant), moulage par estampage, high-temperature curing, and then impregnation with liquid phenolic resin It is processed by processes such as solidification and solidification and has super acid resistance and corrosion resistance. It is an ideal lining anti-corrosion material for the chemical industry, phosphate fertilizer, electric power energy, métallurgie, exploitation minière, Pouvoir nucléaire, pétrole, water treatment, etc..

Characteristics of graphite carbon brick

1. Excellente résistance à la corrosion
   The product uses calcined petroleum coke as aggregate and coal pitch as binder. The finished product is both acid and alkali-resistant and high-temperature-resistant.
2. Stable performance and strong durability
   The product is roasted at high temperature and its structure is extremely stable. The structure of the product will not change with temperature changes.
3. Accurate appearance and dimensions
   The finished product is molded and then machined, with good quality and precise dimensions. All products can be produced according to user requirements and can fully meet various construction and masonry technology requirements.

Physical and chemical indicators of anti-corrosion carbon bricks

What acidic substances can anti-corrosion carbon bricks deal with?

Anti-corrosion carbon bricks can be used in some hydrofluoric acid and hot phosphoric acid environments, et briques résistantes aux acides or carreaux de céramique résistants aux acides can be used in acidic environments such as sulfuric acid, acide hydrochlorique, and nitric acid.