"This Haskris system is exactly suited to our purposes."

QA Technician
Petrochemical Company
Texas, USA
Haskris Company
100 Kelly Street
Elk Grove Village, IL
USA 60007
001-847-956-6420 phone
001-847-956-6595 fax


Haskris focuses on partnering with its customers to develop heat-transfer solutions unique to their requirements. Unlike many of our competitors, Haskris systems are craft-made—not "off the shelf" replacements. The design and manufacture of our systems is premier in the industry; and, our systems prove themselves in some of the toughest applications around the globe. We invest in research and development in order to improve system designs, improve manufacturing processes, and incorporate advanced technologies.

Haskris has developed products in each of the following categories:

Fluid Recirculating Systems

(designed to circulate a variety of fluids such as water, oil, fluorinert, glycol mixtures, de-ionized water, etc.)
  • Refrigerated (Air or Water Cooled) Chillers
    Refrigerated systems are designed to remove process heat and discharge it through either an air-cooled or water-cooled condenser. These systems can operate in ambient air temperatures from -29°C to 50°C (-20°F - 120°F).

  • Non-Refrigerated (Water-Cooled) Chillers
    Non-refrigerated, water-to-water (WW) systems are designed to remove process heat and discharge it to an auxiliary water supply, such as tap water or centrally-chilled building water. These WW systems are ideal where water temperature to the application can be maintained within 3°C (5°F) of the auxiliary water-supply temperature.

  • Non-Refrigerated (Air-Cooled) Chillers
    Non-refrigerated, water-to-air (WA) systems are designed to remove process heat and discharge it to air. The WA systems are ideal where supply water temperature to the application can be maintained within 8°C (15°F) of the ambient room air temperature.

  • Thermo-Electric (TE) Chilling/Heating Systems
    TE systems work to convert electrical energy directly into thermal energy over a wide temperature range. TE provides highly precise temperature control and cooling to very low temperatures. TE systems also provide the benefit of no moving parts, small footprint size, reduced maintenance and noise.

Other Heat Transfer Applications
  • Constant Temperature Baths
    Water recirculating systems with large reservoirs designed to maintain a bath of water constant temperature

  • Air Chillers
    Refrigerated systems designed to provide a flow of constant temperature air to an application.