COOLSNAP® Ring Principle

Car fuel and refrigerants produce van der Waals' forces as they flow through the pipeline, attracting molecules together producing larger clusters that slows the flow and eventually clog the pipeline.

COOLSNAP® rings are composed of special far infrared minerals that optimize heat exchange activity by absorbing external heat to increase the amplitude of far infrared waves. This reaction generates stronger energies to break the van der Waal forces between car fuel and refrigerant molecules into smaller clusters.

Install the COOLSNAP® Ring test in the stationary state of the vehicle

COOLSNAP® Ring Stationary Vehicle Test

Car Fuel Consumption Effect

Test Model: 2012 Toyota RAV4 2.4L 4-Speed Auto Transmission

Installation Location: 2 on gasoline fuel pipeline

Data Comparison:

• Manufacturing: Comprehensive fuel consumption can run 11.5 km/L (27.05 mpg) of fuel
• Test: Comprehensive fuel consumption can run 13.8 km/L (32.46 mpg) of fuel

Test Model: 2017 Honda CR-V 2.4L AWD

Installation Location:

• 1 pair on air-conditioner pressure pipelines (low and high)
• 1 pair on gasoline fuel pipeline

Test Vehicle Diagnostic System: OBD2

Test Software: INFOCAR

Test Phone: Huawei Mate 10 Pro

Data Comparison:

• Manufacturing: Highway fuel consumption can run 14.4 km/L (33.87 mpg) of fuel
• Test: Highway fuel consumption 18.89 km/L (44.43 mpg) of fuel

Automobile Installation Method

Automobile Installation Examples