This cooling solution effectively reduces internal heat by forcibly discharging
high-temperature internal air to the outside, controlling temperature rise and
maintaining system efficiency.
It is primarily used in vacuum pipes, industrial facilities,
and spaces generating high temperatures, preventing equipment damage
due to internal temperature rise.
When necessary, the control unit can be set to operate automatically based on
temperature conditions, ensuring efficient cooling.
It also offers the advantage of ease of maintenance and is particularly effective
for heat removal in equipment requiring long-term operation or in enclosed spaces.
This cooling solution effectively reduces internal heat by forcibly discharging
high-temperature internal air to the outside, controlling temperature rise and
maintaining system efficiency.
It is primarily used in vacuum pipes, industrial facilities,
and spaces generating high temperatures, preventing equipment damage
due to internal temperature rise.
When necessary, the control unit can be set to operate automatically based on
temperature conditions, ensuring efficient cooling.
It also offers the advantage of ease of maintenance and is particularly effective
for heat removal in equipment requiring long-term operation or in enclosed spaces.
Product Features
Special Features
Improve energy efficiency
Optimizes the system's energy consumption
by quickly discharging accumulated heat.
Optimizes the system's energy consumption
by quickly discharging accumulated heat.
Extend equipment life
Reduce maintenance costs by preventing
component damage due to overheating.
Reduce maintenance costs by preventing
component damage due to overheating.
Preventing vacuum system malfunctions
Prevents damage to the inside of vacuum
pipes and pressure abnormalities caused
by high temperatures in advance.
Prevents damage to the inside of vacuum
pipes and pressure abnormalities caused
by high temperatures in advance.
Installation flexibility
Applicable to various industrial sites and
internal and external situations of structures.
Applicable to various industrial sites and
internal and external situations of structures.
Problems and Solutions
Problem
After installing the hot air cooling system
High temperature of 170℃~140℃ occurs
High temperature reduction
80℃ optimal operation
Odor complaints
Reduced odor
Unexpected fire within the facility
ZERO chance of fire
Installation Image
Certificate
We hold KC certification, Q-Mark, performance certification, ISO environmental/quality management certification,
and KCL test reports for radiant heat reduction, fine dust reduction, and temperature reduction. We also hold numerous patents related to cooling fog,
including spray nozzles, controllers, easy connectors, and management systems.
We hold KC certification, Q-Mark, performance certification, SO environmental/quality management certification,
and KCL test reports for radiant heat reduction, fine dust reduction, and temperature reduction. We also hold numerous patents related to cooling fog,
including spray nozzles, controllers, easy connectors, and management systems.
