#descaler

Cleevo Washing Machine Cleaner & Descaler

Your washing machine deserves the same care it gives your clothes. Over time, detergent residue, dirt, and hard water deposits build up inside the drum, causing unpleasant odors, dull clothes, and makes your machine inefficient. It deep cleans your washing machine, ensuring better wash results, longer machine life, and a fresh laundry experience every time.

Sulfamic Acid, a safer and smarter choice offers a safer and smarter choice provides safer and more environmentally friendly alternative. Known as a powerful descaler chemical, it excels in removing scales from heat exchangers and cooling towers without the risk of corrosion or damage to the equipment.

So handy!!

In the realm of cooling technology, glycol antifreeze coolants have gained widespread recognition for their superior thermal properties and protective benefits.

How do these coolants manage to occupy special recognition and stand out as a versatile and efficient solution that ensures optimum performance and an extended lifespan for various cooling systems?

Simply through • Heat Transfer Efficiency, • Boil and Freeze Protection, and • Scale and Corrosion Inhibition Properties.

Glycol Antifreeze coolants is composed up of glycol, water and other preservatives. The most commonly used in these formulations are ethylene and propylene glycol. These glycols are used to increase the bandwidth of freezing as well as vaporizing point. Glycol has a lower freezing point than water. A mixture of glycol and water can remain in a liquid state at lower temperatures than pure water, preventing the coolant from freezing in cold climates. This property is crucial in preventing damage to the cooling system, such as engine blocks, radiators, and pipes, which can crack or burst when water freezes and expands. Glycol has a higher boiling point than water, which means it can operate effectively in high-temperature conditions without evaporating. This property is essential for preventing the cooling system from overheating and maintaining optimal engine operating temperatures.

Major Application Areas

Automotives: Used in engine cooling systems to prevent freezing and overheating.

HVAC (Heating, Ventilation, and Air Conditioning): Ensures efficient heat transfer and freeze protection in cooling towers and chillers.

Industrial Cooling Systems: Used in process cooling applications to prevent freezing and enhance heat transfer efficiency.

Refrigeration: In commercial and industrial refrigeration systems for temperature control and protection against freezing.

Food Processing: In applications where non-toxic propylene glycol-based coolant is preferred for indirect contact with food products.

Aerospace: Used in aircraft and aerospace applications to prevent freezing and overheating in hydraulic systems and other cooling systems.

Data Centers: Helps maintain stable operating temperatures in data centers and server rooms.

Solar Thermal Systems: Used as heat transfer fluid to carry and transfer thermal energy in solar thermal systems.

Ice Rinks: Used to create and maintain ice surfaces in ice skating rinks.

Winterization: In various applications to protect equipment, pipes, and tanks from freezing during cold weather conditions.

Chemtex Speciality Ltd is an esteemed manufacturer, supplier and exporter of glycol antifreeze coolants, which are a result of meticulous chemical formulation, combining water with either ethylene glycol or propylene glycol. The products offer a comprehensive solution to the challenges of cooling system operation. With its efficient heat transfer capabilities, corrosion and scale inhibition, and customizability, it enhances the efficiency and longevity of cooling systems across various industries. By leveraging on these coolant formulations, businesses can optimize performance, reduce maintenance costs, and ensure the reliable operation of their cooling systems.

Some other key features of these coolants in cooling systems are:

Optimum Heat Transfer Efficiency: Efficiently absorbs and dissipates heat in automotive applications, industrial processes, and power generation, where effective heat transfer is essential for preventing overheating and maintaining optimal performance.

Enhanced Corrosion Inhibition: Create a protective layer on metal surfaces within the cooling system, and act as a corrosion and rust inhibitor for different metals, extending the life of the equipment and reducing the risk of costly repairs.

Versatility: By adjusting the glycol concentration and adding suitable additives, engineers can optimize the coolant for diverse applications, ranging from automobile engines to HVAC systems.

Stability: Maintain its effectiveness and chemical properties over time, ensuring reliable and consistent performance in cooling systems.