Part of our advanced low viscosity range, Kilfrost ALV Plus is a high-performance, environmentally responsible heat transfer fluid (HTF) engineered to meet the strictest standards of safety and efficiency - especially for applications in sensitive environments such as the food and beverage industry.
Formulated with bio-derived base fluids listed as GRAS (Generally Recognised as Safe) by the FDA, Kilfrost ALV Plus is non-toxic, low in viscosity, and designed to deliver maximum thermal performance. It also includes advanced rheology modifiers and corrosion inhibitors proven to the ASTM D1384-05 standard, providing reliable long-term protection for system components.
A food safe heat transfer fluid
What sets ALV Plus apart is its NSF HT1 certification for incidental food contact (NSF Non-Food Compounds Registration No. 153280), making it a trusted solution for cooling and chilling systems where safety is paramount. From production lines to cold storage, Kilfrost ALV Plus ensures peace of mind without compromising efficiency.
Superior environmental profile
With a lower viscosity than traditional mono ethylene glycol (MEG) and mono propylene glycol (MPG) fluids, ALV Plus reduces system pressure drop and pumping energy demands, helping businesses cut operational costs while improving system performance. It outperforms MEG, MPG, Bio-PDO, and ethanol-based heat transfer fluids across a wide temperature range – from -40°C to +40°C – remaining fluid and effective even in extreme conditions.
Free from nitrates, nitrites, borates and heavy metals, Kilfrost ALV Plus also offers a superior environmental profile, supporting your sustainability goals while delivering industry-leading performance.
Key features of Kilfrost ALV Plus:
- Higher performance non-toxic heat transfer fluid
- Certified as NSF incidental food contact safe
- Outperforms MEG, MPG, Bio-PDO and ethanol-based heat transfer fluids
- Delivers lower system pressure drop and pumping costs
- Tested to and exceeds ASTM D1384-05 corrosion test standard at 88°C
- Free from nitrates, nitrites, borates, and heavy metals
- Optimum operating temperature -40°C to +40°C
- Superior environmental profile
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