Chemtex Speciality Limited

Specifically formulated Coolant Corrosion Inhibitor is used in engine coolant or antifreeze to prevent or minimize the corrosion of metal components within the cooling system. The primary purpose of a coolant corrosion inhibitor is to protect the engine and cooling system from the damaging effects of rust, scale, and other forms of corrosion. It creates a protective film on the metal surfaces, preventing corrosion and inhibiting the formation of deposits.

Our Coolant Corrosion Inhibitor meets or exceeds the following ASTM standards for corrosion protection:

• ASTM D 1384 for glassware corrosion testing
• ASTM D 4340 for cast aluminium alloy corrosion test under heat rejected condition
• ASTM D 2570 for simulated service corrosion testing
• ASTM D 2809 for testing cavitation erosion corrosion in aluminium water pumps

Key Features & Benefits

• Extends system/engine metal life and coolant life
• Saves power and increases heat transfer efficiency
• Non-foaming in nature
• Low dosages
• Avoids leakage and minimizes radiator cleaning jobs
• For ELC formulations, does not require SCA

Coolant antiscalant of Chemtex speciality is a superior blend of acrylates for softening and conditioning agents for high hardness, iron, and silica content. The main advantage of coolant antiscalants is that it is a non-toxic blend, used to minimize the potential of scale and sludge deposition on coolant blends. Mainly Chemtex’s antiscalants are designed to inhibit the formation and precipitation of crystallized mineral salts to form scales.

Key Features & Benefits

• It does not contain any mineral acid and chlorine • It is completely biodegradable • It is a replacement of water softening equipments with more frequency • Compatible with corrosion inhibitors, coolant thickener

Specifically formulated Radikool is a glycol-based coolant antifreeze absorbing and dissipating engine heat effectively. Glycol based high performance radiator coolant helps in regulating system temperature and ensuring corrosion free heat transfer system. Recommended for use in all latest model vehicles, including diesel, petrol vehicle and heavy-duty diesel application. The added corrosion inhibitor package is fully compatible with brass, copper, steel, iron and other components such as rubber hoses, rubber seals, protecting these against rust and corrosion, improving engine operational efficiency.
Key Features & Benefits:

• Ensures rapid heat exchange with excellent heat transferring ability for optimum engine cooling and longer engine life
• With corrosion inhibitors, antifoaming additives for surface protection from rust and corrosion.
• Lower viscosity ensures lower pumping requirements
• Saves power and increases heat transfer efficiency with consistent performance over time

 

It is a specifically formulated glycol-based coolant antifreeze absorbing and dissipating engine heat effectively. It is based on organic additive technology coolant containing carboxylates and triazole. The primary corrosion inhibitor in this product has shown little depletion from original levels during extensive laboratory experiments, controlled fleet trials, and commercial use. OAT-based corrosion inhibitors are recognized for their non-toxic properties making them readily biodegradable, addressing any environmental and occupational health & safety issues. It is a high-performance long-life automotive for use in automotive applications and can be used in the light, medium, and heavy-duty road transport diesel-powered vehicles.

Key Features & Benefits:

• Long Life organic additive technology • Free from harsh chemicals • Well compatible with most variants of cooling systems • Extended shelf life

Ethylene Glycol is an organic compound to protect system metal surfaces without damaging the system. Ethylene Glycol is widely used as an antifreeze and automotive heat transfer fluid. It is a clear, colorless, and practically odorless liquid completely soluble in water. It is comlpletely soluble in water, high energy density, low volatility, has high boiling point etc. 

Key Features & Benefits

• Extends system metal life • Saves power and increases heat transfer efficiency • Increases the life of Glycol by avoiding degradation • Does not affect Freeze protection properties • Does not form sludge deposit in the system • Avoids leakage and minimizes maintenance jobs

 

Coolant Antifreeze or Heat Transfer Fluids are designed to prevent the inner engine parts from forming deposits, a major cause of failure. Compatible with most variants of cooling systems with added inhibitor package to protect brass, copper, solder, steel, cast iron, aluminium alloys and other components such as rubber hoses, gaskets, rubber seals, plastic components etc., that are commonly found in the engine radiator. The Coolant Antifreeze is Low silicate, borate free, NAP free.

Key Features & Benefits:
- Formulated and mixed with distilled water or as concentrates in appropriate proportions in order to enhance heat transfer protection. They are able to dissipate more heat and thus prevent the engine from overheating.
- Prevents rusting and corrosion with inhibitor additives to prevent the inner chambers from rusting or being corroded.
- Foaming is also reduced. Regular coolant flushes help wipe away rust and scale deposits which otherwise tend to build up in the cooling system overtime.
- All cooling systems leads to a build-up in contaminants. An antifreeze flush will completely cleanse these particles from the system.
- Contain additives that help lubricate vehicle’s water pump. This lubrication works to extend the lifespan of the pump.
- Longer Lasting and less prone to clumping.

Pre-inhibited glycol is a specially formulated chemical additive for protecting system metals from corrosion. It is a multi-metal corrosion inhibitor and prevents corrosion in multi-ways. It modifies the metal surface by absorption and making it less susceptible to corrosion. It also gives a high degree of corrosion protection to engine components radiators, water pump seals, and heat exchangers. It is mainly used for two purposes, as a raw material in the manufacture of polyester fibers and for antifreeze formulations.

Key Features & Benefits

• Odourless, Colourless, Viscous Liquid
• Pre-Inhibited for corrosion prevention
• Excellent descaling efficacy
• Non-hazardous, Non-Corrosive
• Compatible with hoses and rubber
• Extended Life Coolant
• Does not contain silicates
• Non-foaming in nature-reduces nucleate and hot spot boiling

Coolant antifoam is a chemical additive used in antifreeze or coolant solutions to eliminate or prevent foam formation. It simply works by reducing or eliminating the surface tension of the coolant, which aids in breaking down foam bubbles and prevents their formation. The range of Chemtex’s antifoam products includes silicone and surfactant-based compound, that have excellent defoaming properties.

Key Features & Benefits

• High solid content • Excellent performance at very low concentrations • Very effective in the alkaline pH range • Very good foam knocks down performance

The Chemtex Coolant Thickener is intended to thicken coolant used in various machinery and equipment to reduce temperature. Additionally, the specially designed organic ingredient by Chemtex improves the coolant's aesthetic appearance, feel, and touch. The main purpose of using a coolant thickener is ensuring efficient heat transfer and ultimately improve the performance of the cooling system

Ethylene Glycol is an organic compound to protect system metal surfaces without damaging the system. Ethylene Glycol is widely used as an antifreeze and automotive heat transfer fluid. It is a clear, colorless, and practically odorless liquid completely soluble in water. It is comlpletely soluble in water, high energy density, low volatility, has high boiling point etc. 

Key Attributes And Benefits:

• Extends system metal life • Saves power and increases heat transfer efficiency • Increases the life of Glycol by avoiding degradation • Does not affect Freeze protection properties • Does not form sludge deposit in the system • Avoids leakage and minimizes maintenance jobs

Tono Frost 593 is NSF certified with HT1 (Heat transfer fluid with incidental contact)

Inhibited PG is used as an industrial coolant, antifreeze heat transfer agent. The inhibitor package has been designed specifically to protect brass, solder, copper, steel, aluminum, cast iron, and other metals commonly found in the industrial cooling and heating systems.

The effectiveness of Inhibited PG in preventing corrosion has been proven in extensive laboratory and in actual service tests. Using the product for heat transfer applications instead of brine solutions or uninhibited propylene glycol helps in reducing maintenance costs and improving heat transfer efficiency.

• NSF Certified HT1
• Extends system metal life
• Does not form sludge deposits
• Increases glycol life by avoiding degradation
• Saves power and increases efficiency
• Does not affect freeze protection properties
• Avoids leaking owing to too much corrosion

 

The leak detection dye manufactured by Chemtex is specifically designed to be added to the coolant to identify and locate leaks. It is a fluorescent dye that is soluble in the coolant and does not affect its performance or properties. The dye is typically available in a powder form and can be easily mixed with the coolant.

Key Features & Benefits

• Effective leak detection • Cost effective • Small dosage helps achieve vibrant • Easy to use, handle and dose • Non – toxic, non – radioactive products

Tono Frost 593 is NSF certified with HT1 (Heat transfer fluid with incidental contact)

Inhibited PG is used as an industrial coolant, antifreeze heat transfer agent. The inhibitor package has been designed specifically to protect brass, solder, copper, steel, aluminum, cast iron, and other metals commonly found in the industrial cooling and heating systems.
The effectiveness of Inhibited PG in preventing corrosion has been proven in extensive laboratory and in actual service tests. Using the product for heat transfer applications instead of brine solutions or uninhibited propylene glycol helps in reducing maintenance costs and improving heat transfer efficiency.

Key Attributes and Benefits:

• NSF Certified HT1
• Extends system metal life
• Does not form sludge deposits
• Increases glycol life by avoiding degradation
• Saves power and increases efficiency
• Does not affect freeze protection properties
• Avoids leaking owing to too much corrosion

Application Areas

• F&B, breweries, distilleries
• Dairy & ice cream
• Packaged food industry
• Fish processing units
• Pharma & bulk drugs
• Poultry processing
• Vegetable oil