Cooling water treatment chemicals

ENVO product line of Cooling water treatment chemicals has been developed to meet our customers’ unique needs.

Why choose ENVO Cooling water treatment chemicals?
Customized Products: ENVO understands the unique needs of each industry and customer. Our Cooling water treatment chemicals are carefully developed to ensure they not only meet, but exceed your expectations.

Free samples: You can experience the product first with our free sample service. This helps ensure that the product you choose is exactly what you need.

Transparent test report: We provide detailed product test report information, allowing you to fully understand the performance and quality of the product.

Custom Packaging Services: ENVO offers custom packaging services to meet your unique brand and market needs.

Satisfaction Guarantee: We are confident in the quality and effectiveness of our products. If you’re not satisfied after your purchase, we offer unconditional free returns to ensure your shopping experience is worry-free.

If you’re seeking a new provider for Cooling water treatment chemicals, contact us today at +86 136 8322 7764 or send us an inquiry to engage with one of our skilled technicians.

Product and Application Information

Contact us for more Cooling water treatment chemicals information by giving us a call at +86 136 8322 7764 or emailing us . We look forward to assisting you!

PRODUCT AND APPLICATION INFORMATION

Mechanism:
Foam breaking effect: The main function of Defoamers is to destroy the foam produced in the water. In boiler water treatment, foam is prone to occur due to the presence of various impurities in the water, rising temperature and other reasons. The active ingredients contained in Defoamers can quickly destroy foam and prevent the adverse effects of foam on the boiler system, such as reducing heat transfer efficiency and clogging pipes.

Application areas:
Boiler water treatment: Defoamers are widely used in boiler systems, especially under high temperature and high pressure conditions, to prevent foam in the water from adversely affecting boilers and pipes.
Steam Generator: In steam generators, Defoamers help prevent the formation of foam in the water and maintain clean water quality.

Main categories:
Silicone oil-based Defoamers: including polysiloxanes, etc., can form an oil film in water and destroy the foam structure.
Non-silicone-based Defoamers: include some organic compounds, such as alcohols and phenols, which have surfactant properties and can quickly destroy foam.

Mechanism:
Scale inhibition: One of the main functions of Deposit and Corrosion Inhibitors is scale inhibition, which is to prevent hard water ions (such as calcium and magnesium) in the water from precipitating on the surfaces of equipment and pipes in the cooling water system to form scale. Ingredients in these inhibitors chemically react with hard water ions, keeping them in the water rather than settling on equipment surfaces.
Corrosion inhibition: Deposit and Corrosion Inhibitors also have corrosion inhibition properties and can form a protective film on the metal surface to prevent dissolved oxygen and other corrosive substances in the water from having adverse effects on the metal.

Application areas:
Cooling water treatment: Deposit and Corrosion Inhibitors are widely used in cooling water systems to maintain the cleanliness of equipment and pipelines and prevent the adverse effects of scale and corrosion on the system.
Cooling Towers, Condensers and Heat Exchangers: In equipment such as cooling towers, condensers and heat exchangers, these inhibitors help prevent scale and corrosion and maintain efficient system operation.

Main categories:
Corrosion-inhibiting Deposit and Corrosion Inhibitors: Contains corrosion inhibitors that can form a protective film on the metal surface to reduce the risk of corrosion.
Multifunctional water treatment agent: Some products have multiple functions such as scale inhibition, anti-corrosion, dispersion, etc., and are suitable for applications under complex water quality conditions.

Mechanism:
Bactericidal effect: The main function of Microbiocides is to kill or inhibit microorganisms in water, including bacteria, algae, fungi, etc. These microorganisms may form biofilm, sedimentation or other undesirable effects in the cooling water system, leading to system blockage, corrosion and other problems. The active ingredients in Microbiocides destroy the cell structure of microorganisms, preventing them from multiplying and causing problems.

Application areas:
Cooling water treatment: Microbiocides are widely used in cooling water systems, especially in equipment such as cooling towers, condensers and heat exchangers. They help prevent biological growth and keep systems clean and running efficiently.
Industrial applications such as pharmaceuticals and food processing: In some industrial fields with higher water quality requirements, such as pharmaceuticals and food processing, Microbiocides are also used to ensure water hygiene and safety.

Main categories:
Oxidant Microbiocides: Including peroxide, ozone, etc., which can kill microorganisms through oxidation.
Organic Microbiocides: Including isothiazolines, triazines, etc., which have unique organic structures and can interfere with the metabolic process of microorganisms and play a bactericidal effect.
Halogen Microbiocides: Such as chlorine, etc., kill microorganisms by releasing halogen ions.

Mechanism:
Dispersants: The main function of dispersants is to disperse solid particles suspended in water, such as sediment, sludge, scale, etc. This helps prevent these particles from settling on equipment and pipe surfaces, reducing the risk of blockages and damage to the system.
Prevent scale formation: Some dispersants also have a scale-inhibiting effect. By dispersing hard water ions in the water, they prevent them from precipitating to form scale and maintain the cleanliness of the system.

Application areas:
Cooling water treatment: Dispersants are widely used in cooling water systems, especially in equipment such as cooling towers, condensers and heat exchangers. They help prevent particle deposition and maintain efficient system operation.
Heat exchangers and cooling towers: In heat exchangers and cooling towers in industrial production, dispersants help prevent scale and particles from adversely affecting the equipment.

Main categories:
Polymer dispersants: including polyacrylamide, polyamide, etc., have strong dispersing ability and can be used to prevent particle deposition.
Phosphate type dispersants: including polyphosphates, etc., which have a chelating effect on hard water ions and prevent their precipitation to form scale.

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Envo Chemical Co.,Ltd has a Cooling water treatment chemicals solution for you.
Contact our technical staff today and let us know how we can help. We’ll provide insights into our products and work with you to come up with the best solution for your operation.

Call/Whatsapp +86 136 8322 7764 or contact us below. Keep in mind that in addition to our Cooling water treatment chemicals , we also provide a variety of water treatment chemicals to keep your operation running optimally. We look forward to working with you.

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