Product Finder

A premium ready to use biostatic water-based direct-to-chip liquid coolant based on patented OAT, customised for data centers and other electronic applications where safety, sustainability and thermal efficiency are essential and that do not require freeze or boiling protection.

A premium PG-based direct-to-chip liquid coolant based on patented OAT. It is specifically developed for data centers and other electronic applications where thermal stability, material compatibility and environmental responsibility are key.

A premium MEG-based all-round OAT coolant. This versatile coolant is suitable for both passenger cars and on- and off-road heavy-duty applications. It stands out by its exceptional high-temperature resistance due to its enhanced oxidation stability. Additionally, it mitigates the adverse effects of brazing flux contamination, making it ideal for systems with complex aluminium heat exchangers.

A premium EG-based direct-to-chip liquid coolant developed with patented OAT. It features reduced and stable electrical conductivity, making it ideal for data centers and other electronic applications where electrical insulation and thermal performance are critical.

A premium EG-based direct-to-chip liquid coolant based on patented OAT. It includes a brazing flux compensation package and is specifically developed for data centers and other electronic applications where thermal performance and material compatibility are critical.

An aqueous superconcentrate using OAT compatible with MEG and MPG, developed to formulate economical coolants that provide frost and corrosion protection in water-cooled internal combustion engines.

Coming soon

An aqueous superconcentrate, using OAT, developed for blending coolants with MEG or MPG, offering cost-effective frost and corrosion protection across various engine cooling systems.

A water-based corrosion inhibitor concentrate formulated with OAT, suitable for automotive, marine, off-road, flushing fluid, hot test liquids and stationary engines.

A MEG-based coolant using OAT, offering an outstanding performance in oxidation and hard water stability, drop in solution for Havoline XLC. 

A MEG-based coolant concentrate using OAT, developed for year-round corrosion and frost protection in passenger car engine cooling systems.

A ready-to-use MEG-based coolant using non-ionic technology, developed for direct cooling of fuel cell stacks with low and stable electrical conductivity (< 5 μS/cm) approved by BYD, Hopium, Hyzon and Symbio.

A MEG-based cost-effective universal coolant concentrate passing the French and British national standards.

A MEG-based coolant formulated with OAT, suitable for automotive, heavy-duty and stationary applications, meeting a diversity of OEMs specifications.

A MEG-based coolant using P-OAT, developed for use in Japanese, Indian and Korean passenger cars as it meets industry and OEM specifications.

A MEG-based coolant using OAT, developed for use in passenger cars.

A premium MEG-based all-round Si-OAT coolant. This coolant is suitable for both passenger cars and heavy-duty applications from German OEMs. It is particularly suitable for systems with complex aluminium heat exchangers, ensuring optimal performance and reliability due to its flux compensation package.

A superconcentrated aqueous corrosion inhibitor based on OAT, developed for use in a wide range of drivetrains as a cost-effective, versatile coolant additive.

A reduced electrical conductive coolant for indirect cooling of Battery Electric Vehicles (BEV). Only for vehicles that are designed to handle low e-conductive fluids as specifically developed for high safety requirements of indirect battery cooling loop.

A MPG-based coolant formulated with OAT, offering low toxicity and extended life performance. It is developed for use in automotive, heavy-duty and stationary engine applications.

A nitrite and molybdate containing MEG-based N-OAT coolant, suitable for on- and off-road heavy-duty, stationary and natural gas engines, meeting industry and OEM specifications.

Coming soon

A water-based, glycol-free inhibitor superconcentrate using vapor phase technology, developed for hot testing and corrosion protection of new engine blocks during storage and transport.

A premium MEG-based N-OAT coolant, developed for on- and off-road heavy-duty applications, as well as stationary and natural gas engines. This coolant offers superior wet liner cylinder protection by the presence of nitrite and it is effective at protecting aluminium in high-temperatures applications. Additionally, it mitigates the adverse effects of brazing flux contamination like reducing nitrite depletion, making it ideal for systems with complex aluminium heat exchangers.

A cost-effective MEG-based coolant using OAT, developed for passenger car applications passing ASTM D3306, Afnor NFR 15-601 and more.

A premium MEG-based P-OAT coolant. This coolant is specifically developed for passenger cars from French, Japanese, Korean and US OEMs. It has an outstanding hard water stabilization allowing phosphate to act as excellent aluminium corrosion protecting agent. Thanks to its flux compensation package, it is particularly suitable for flux brazed aluminium heat exchangers, ensuring optimal performance and reliability.

A MEG-based inhibitor concentrate using a mixture of liquid and vapor phase technology, developed for hot testing and long-lasting corrosion protection of engine blocks during storage and transport.

A MPG-based inhibitor concentrate using vapor phase technology, suited for hot testing and long-lasting corrosion protection of engine blocks during storage and transport.

An USP/EP MPG-based (MPG grade complying with United States and European Pharmacopoeias) heat transfer fluid, developed with FDA approved ingredients, registered by US NSF, suitable for indirect cooling applications with possibility of incidental food contact.

A MPG-based heat transfer fluid with a robust, virtual non-depleting inhibitor package, developed to excel in a wide range of industrial indirect cooling applications. Zitrec TF-L has been granted the KIWA-ATA certification in 2025.

A MEG-based heat transfer fluid with organic inhibitors, specifically developed for a wide range of industrial indirect cooling applications.

An aqueous heat transfer additive package developed to offer efficient and long-lasting all-round protection for water and water/glycol-based systems.

An organic salt-based heat transfer fluid with low viscosity, developed for use in indirect cooling systems and heat pumps.