HLN Makes Breakthrough in Low Temperature Test

HLN has successfully completed a diesel heater low temperature test at -45°C

[Sheridan, Wyoming, US] HLN has successfully completed an in-situ test of its air heaters and coolant heaters in an extreme temperature environment of -45°C, setting a new standard for diesel parking heaters. In the study, all air heaters of 2KW, 4KW, 7KW, and water heaters of 5KW, 10KW, 12KW and 15KW were able to start and operate smoothly.

The conduction of rigorous extreme temperature tests is motivated by HLN's determination to serve its clients in extreme cold regions, who rely heavily on HLN’s products to 1) provide heating for the people; and to 2) solve the cold-start issue for vehicle engines.

“When you combine the challenges of extreme cold weather and high elevation, the complexity is not merely adding up – it’s multiplying.” Says Steven Zhao, CEO of the company. “Without HLN heaters, drivers in those places would have to get up very early in the morning to heat the engines and fuel tanks with torches before they can get the vehicles started – it is troublesome and dangerous.”

Conducting in-situ extreme cold environment tests is a standard process for the company as new lines of HLN heaters become available. Lab tests simulating low temperature (-41°C) and high elevation environments, salty smoke, water splash, and electro-magnetic field interference, and the corresponding in-situ tests are required for HLN heaters.

About HLN:
HLN is a leading manufacturer of independent air heaters and water heaters for diesel vehicles and boats. The company operates under a tight-collaboration model with its industry customers, many of whom rank among top 10 globally by sales volume. The heaters are pre-installed and widely used on vehicles operating in Europe, Mid-East, Asia-Pacific and Americas. HLN is a member of Auto Care Association in the US.

Contact information:
HLN International
30 N Gould St Ste R
Sheridan, WY 82801USA

Email: info@hlnind.com
Web: www.hlnind.com


Post time: Sep-03-2022