Machining and manufacturing processes generate heat that can increase coolant temperature during continuous operation. Controlled coolant temperature can help maintain stable process conditions and support consistent machining performance.
Glacier Services provides coolant cooling solutions for CNC machines, machining centres, grinding applications and industrial manufacturing processes. The cooling requirement is evaluated according to coolant flow rate, heat load, inlet temperature, required outlet temperature and ambient conditions.
Applications
CNC Machine Coolant
Cooling solutions for CNC machining applications where process coolant temperature needs to be controlled during continuous operation.
Machining Centres
Coolant cooling for machining centres where heat generated during machining can increase coolant temperature.
Grinding Applications
Cooling solutions for grinding processes where controlled coolant temperature is required for stable operating conditions.
Metalworking Processes
Industrial coolant cooling solutions for metalworking and manufacturing applications with continuous heat generation.
Custom Coolant Cooling
Engineered cooling solutions for applications with specific coolant flow, temperature, heat load or installation requirements.
Coolant Cooling Selection
The required cooling capacity depends on the actual process conditions.
Our engineering assessment can consider:
- Coolant type
- Coolant flow rate
- Coolant inlet temperature
- Required coolant outlet temperature
- Maximum ambient temperature
- Estimated heat load
- Operating hours
- Available installation space
- Pump and circulation requirements
- Operating environment
Providing these details helps our team determine the appropriate cooling capacity and system configuration.
Glacier Coolant Cooling Solutions
Glacier Services provides industrial cooling solutions including:
- CNC Coolant Chillers
- Industrial Process Chillers
- Compact Coolant Cooling Systems
- Custom Coolant Cooling Solutions
Need Help With Coolant Cooling?
Share your coolant type, flow rate, current temperature, required temperature, estimated heat load and operating conditions with our engineering team.
We can assess the application and help identify a suitable Glacier coolant cooling solution.