The blending process is as much art as science, and involves the methodical, sequential addition of each ingredient over a period of several days. 

There are over 25 steps, some of which require specific temperatures, and must be separated by 24 hours in order to achieve a "clean" product. 

Many of the same raw materials in our automotive coolant additives are used to manufacture large volumes of industrial water treatment products. This provides our firm with strong purchasing power with raw material suppliers, an important strategic advantage. Our customers benefit by having access to very sophisticated products at very competitive pricing.

Most staff members have been with us for many years, as the industrial chemical business is less cyclical than the consumer automotive chemical business.

On the back of the neck of each bottle you will find a batch number.  For every batch we produce, we retain samples in our lab for a period of no less than 12 months. This allows us to quickly and easily identify QC issues, and continue to monitor product stability long after product has already been shipped to customers.  

In the unlikely event there were ever any problems, we can very precisely identify which batch was affected, how many bottles were produced, and to whom they were distributed. 

Our analytical lab is staffed with PhD chemists, providing full in-house capabilities. Ongoing corrosion and temperature reduction research keeps us on the forefront of technology. 

We also provide metallurgy services useful in diagnosing corrosion issues. If provided a failed radiator, we can identify the exact cause of the failure and provide specific preventative recommendations. 

Durable, chemical-resistant holographic labels adorn each bottle of product. They provide outstanding brand recognition, and represent award-winning label technology.