Coating classification: antifouling agent

Core tip: antifouling agent is to prevent the underwater part of the ship shell from the harm of the marine environment Antifouling paint is used to protect the bottom of the ship's shell from the adhesion of sea creatures, which make the ship's outer surface rough (slow the ship's progress and consume more energy), and increase the weight of the ship, affecting the safety of navigation Tin compound antifouling agent can prevent seaweed and barnacle from adhering to the bottom of the boat, but it has influence on other sea creatures For many years in the marine industry, tributyltin compounds and cuprous oxide have been effective in preventing seaweed, barnacle and other marine organisms from adhering to the bottom of the ship Application scope and advantages of roller ceramic coating Recommended introduction: the surface of ceramic rubber plate used for roller ceramic coating is cast into durable rubber plate by hundreds of independent small ceramic pieces Each ceramic piece has raised characteristics Under general conveyor belt pressure, thousands of unique cast bumps can produce positive traction, prevent slipping and extend the service life of conveyor belt roller At the same time, the bottom layer adopts high-quality rubber, which has strong elasticity and can play a good impact resistance role The scope of application of roller ceramic coating is one three six 83857180 (the same as V) 1 Roller coating in extremely harsh working environment 2 The belt joint is not suitable for fixing with iron buckle; 3 It is suitable for leather Paint Home News: antifouling agent is to prevent the underwater parts of the ship's shell from the harm of the marine environment Antifouling paint is used to protect the bottom of the ship's shell from the adhesion of sea creatures, which make the ship's outer surface rough (slow the ship's progress and consume more energy), and increase the weight of the ship, affecting the safety of navigation Tin compound antifouling agent can prevent seaweed and barnacle from adhering to the bottom of the boat, but it has influence on other sea creatures For many years in the marine industry, tributyltin compounds and cuprous oxide have been effective antifouling systems to prevent marine organisms such as algae and barnacles from adhering to the bottom of ships However, tributyltin compounds can poison other marine organisms, at the same time, their long life and long-term accumulation are harmful to the environment, so it is forbidden to use At present, some cuprous oxide and antimicrobial antifouling systems are replacing tributyltin compound antifouling systems, including copper dimercaptopyridine oxide All of these microbial antifouling agents have been successfully used in Japan for many years Ketene oxide is a bactericide, which can prevent the adhesion of marine microorganisms such as barnacle, peptide shell, etc., so it is a very effective component in antifouling paint It is commonly used with other antimicrobial agents to enhance the performance of the paint and prevent the adhesion of seaweed and slime The use of seaweed microbial agents reduces the adhesion of seaweed and seaweed to the coating surface Home of coatings is specialized in coatings, diatom mud, paint coating, coating technology, fire retardant coating news and coating, diatom mud, paint coating, coating technology, fire retardant coating decoration knowledge and decoration renderings,