A better solution for your chiller system !

Prevents algea growth & mineral deposits, lubricates better, protects at low temperatures, cleans contaminated systems, tranfers energy faster and is completely safe to use!

chillerwater in glass laser tube

Why chillerwater is better at protecting your machines

And how it helps you save on downtime, system breakdowns & money. Chiller water makes machines run more efficient and is less strenuous on your systems. Implementing chillerwater is the safe choice for machinery and will earn itself back tenfold - that's guaranteed !

Prevents organic contaminants in chiller systems
Chillerwater prevents algea growth and prevents existing organic contaminations from spreading further. It helps prevent clogging & damaging buildup.

Lubricates the system
Chillerwater has excellent lubricating qualities making your systems run smoother and cooler. With less friction and wear your maintenance costs will go down.

Has better heat transfer capabilities
The thermal heat-transfer coefficient of chiller water is much higher than your typical waterbased filling. It results in less frequent and lower heat-spikes with overal narrower temperature bandwidths.

Protects in low temperature environments
Chillerwater has a lower freezing point than water. It can be used in colder climates to start machines up much smoother with instant lubrication. Chillerwater protects better against freezing or cracking.

Environmentally safe
The unique blend and properties of chillerwater protect your machines but will not harm the environment. All ingredients are technically food-safe and non-toxic for flora and fauna.
chillerwater label
"Our plant's equipment kept seizing up and suffered from excessive wear due to mineral deposits and organic contamination. After replacing all fluids with chillerwater we have not had a problem since. Our prognosis is that service & replacement costs will be down by 68% next term."
Arnold Chu / Chief technical engineer - TTI Global

From our blog

Learn more about the stories behind chiller water and see some of the practical applications in the field.

algea growth in lasertube
Algea growth in lukewarm laser environments

In these field-tests it shows clearly how CO2 and Fiberlaser machines are excellent petri-dishes for organic growth and how chiller water not only killed, but also absorbed clogging algea in the impellerhousing, lasertubes and radiators...

iced up cooling tower
Faster startup with less wear in colder climates

In this series we evaluated 62 systems that operate (and regularly failed) in colder climates. With excessive wear during start-up and freezing causing damaging cracks and downtime chillerwater was called in to asses and ...

lasergraaf becomes main dealer for europe
Chiller water now sold in over 100 countries

After months of preparation new contracts for main distribution in Europe have finally taken shape. Netherlands based Lasergraaf will become the main EU hub for chillerwater distribution now tips the distribution total to over 100 countries...