Application Cooling Solutions Catalog
Industrial process cooling solutions organized by real factory applications, equipment requirements, temperature control needs, fluid conditions, and site installation factors.
What Is an Application Cooling Solutions Catalog?
An application cooling solutions catalog organizes industrial chillers by the process or equipment they support. Instead of starting only from chiller horsepower or model number, it helps customers review the cooling purpose, heat load, target temperature, pump requirement, fluid condition, ambient temperature, and installation environment before selecting an air cooled, water cooled, compact, high ambient, stainless steel, or custom industrial chiller.
- Start from the process or equipment that needs cooling.
- Review likely chiller direction before model selection.
- Prepare heat load, target temperature, pump, fluid, and site data.
- Submit requirements for engineering review before quotation.
Download Application Cooling Solutions Catalog PDF
The PDF catalog provides a practical application-based overview of APT industrial chiller solutions. It can be used for supplier review, customer communication, WhatsApp discussion, email attachment, and early quotation preparation.
PDF Includes
- Application-based cooling solution overview.
- Thermal spray, laser, injection molding, electroplating, die casting, chemical, CNC, laboratory, and factory cooling applications.
- Recommended chiller directions for each application.
- Key selection factors such as temperature, pump, fluid, ambient, and installation.
- Information needed for quotation and engineering review.
Industrial Chiller Applications Covered in This Catalog
Different industrial cooling applications require different review priorities. Cooling capacity, target temperature, pump flow, pump pressure, process fluid, ambient temperature, water quality, installation space, and operating hours should be confirmed before final chiller selection.
| Application | Cooling Purpose | Typical Chiller Direction | Key Review Factors | Related Page |
|---|---|---|---|---|
| Thermal Spray Cooling | Cooling plasma spray, HVOF, power supply, torch, cables, heat exchangers, and auxiliary equipment. | Air cooled or custom industrial chiller with stable pump performance. | Temperature stability, flow rate, pressure, water quality, duty cycle, equipment protection. | View Thermal Spray → |
| Laser Equipment Cooling | Cooling laser sources, optics, cutting heads, welding systems, and laser processing equipment. | Compact air cooled chiller, precision chiller, or OEM integrated chiller. | Temperature stability, clean water circuit, flow alarm, compact installation, control interface. | View Laser Cooling → |
| Injection Molding Cooling | Cooling molds, hydraulic systems, process water circuits, and production lines. | Air cooled or water cooled industrial chiller depending on capacity and factory condition. | Cycle time, mold temperature, cooling capacity, flow rate, water quality, operating hours. | View Injection Molding → |
| Electroplating Cooling | Cooling plating tanks, rectifiers, chemical baths, and process solution temperature. | Water cooled, stainless steel, or corrosion-resistant custom chiller. | Chemical compatibility, tank temperature, heat exchanger material, water quality, corrosion review. | View Electroplating → |
| Die Casting Cooling | Cooling die casting machines, hydraulic oil, molds, and process cooling circuits. | Medium or large capacity industrial chiller with stable operation. | High heat load, continuous operation, water flow, ambient temperature, factory cooling demand. | View Die Casting → |
| Chemical Process Cooling | Cooling reactors, tanks, condensers, process fluids, and chemical production systems. | Custom water cooled, stainless steel, explosion-proof, or special material chiller. | Fluid compatibility, safety condition, corrosion risk, temperature range, heat exchanger material. | View Chemical Cooling → |
| CNC Machine Cooling | Cooling spindles, hydraulic systems, cutting fluids, and machine-side water circuits. | Compact air cooled, vertical, or machine-side industrial chiller. | Compact footprint, vibration environment, flow alarm, installation space, service access. | View CNC Cooling → |
| Food Processing Cooling | Cooling clean water systems, food production equipment, tanks, and sanitary process circuits. | Stainless steel or clean-process industrial chiller. | Material, water quality, hygiene-related design, corrosion review, cleaning requirements. | View Food Case → |
| Ice Bath and Low Temperature Cooling | Cooling water baths, test tanks, process baths, and low temperature fluid circuits. | Low temperature chiller or custom process chiller. | Target temperature, fluid type, insulation, pump performance, tank volume, heat load. | View Ice Bath Cooling → |
Main Application Cooling Solutions
Thermal Spray Cooling
Industrial chillers for plasma spray, HVOF, power supply, torch, cables, and auxiliary thermal spray equipment cooling.
Laser Equipment Cooling
Compact and stable process chillers for laser sources, optics, welding systems, cutting heads, and laser processing lines.
Injection Molding Cooling
Industrial chillers for mold temperature control, process water cooling, production stability, and factory cooling circuits.
Electroplating Cooling
Cooling solutions for plating tanks, rectifiers, chemical baths, corrosion-sensitive circuits, and process temperature control.
Die Casting Cooling
Medium and large capacity chillers for die casting machines, hydraulic systems, molds, and continuous factory cooling demand.
Chemical Process Cooling
Custom chillers for reactors, tanks, condensers, special fluids, corrosion resistance, and safety-related process cooling.
CNC Machine Cooling
Compact chillers for spindles, hydraulic systems, cutting fluids, machine-side cooling, and limited installation space.
High Ambient and Remote Cooling
Custom cooling review for hot climate factories, outdoor installation, mobile cooling, and solar-assisted remote equipment projects.
How to Review an Industrial Chiller by Application
Identify the Cooling Object
Confirm whether the chiller cools a machine, mold, tank, laser source, spindle, bath, reactor, or production loop.
Estimate Heat Load
Prepare cooling capacity data, process heat source, operating hours, and expected duty cycle.
Define Temperature
Confirm target outlet temperature, acceptable fluctuation, coolant type, and freezing or condensation risk.
Review Pump Requirement
Confirm flow rate, pump head, piping distance, filters, heat exchangers, and loop resistance.
Check Site Conditions
Review ambient temperature, condenser water availability, ventilation, installation space, voltage, and service access.
Confirm Chiller Direction
Select an air cooled, water cooled, compact, stainless steel, explosion-proof, high ambient, or custom industrial chiller direction.
Application Case References
20HP Air Cooled Chiller for 7700 Plasma Spray System
Review a plasma spray process cooling case reference for closed-loop process water.
Injection Molding10HP Air Cooled Chiller for Injection Molding Cooling
Review an injection molding machine cooling case reference for mold and process water support.
Laser Cutting5HP Air Cooled Chiller for Laser Cutting Machine
Review a compact laser cutting machine cooling case reference.
Electroplating24HP Stainless Steel Water Cooled Chiller for Electroplating
Review a corrosion-aware electroplating bath cooling case reference.
CNC Spindle3HP Compact Air Cooled Chiller for CNC Spindle Cooling
Review a compact machine-side CNC spindle cooling case reference.
Remote EquipmentSolar-Assisted Industrial Chiller for Remote Equipment
Review a solar-assisted and remote equipment cooling case reference.
Information Needed for Application-Based Chiller Selection
Application Data
- Application or machine type.
- Cooling object and heat source.
- Required cooling capacity or heat load.
- Target outlet temperature and fluctuation.
- Operating hours and process duty cycle.
Engineering Data
- Flow rate and pump pressure.
- Coolant type and water quality.
- Ambient temperature and installation space.
- Voltage and control requirement.
- Photos, layout drawing, or process diagram if available.
Application Cooling Solutions Catalog FAQ
What is this application cooling catalog used for?
It helps customers review industrial chiller directions by application before moving into model selection, quotation, or engineering review.
Does the catalog replace engineering selection?
No. The catalog provides a preliminary direction. Final selection should be confirmed by heat load, target temperature, flow rate, pump pressure, fluid, voltage, and site condition.
Can APT recommend air cooled or water cooled direction?
Yes. APT can review whether an air cooled, water cooled, compact, or custom industrial chiller direction is more suitable for the application.
Can I request the PDF catalog?
Yes. If the final PDF download URL is not confirmed, use the request button and APT can provide the catalog or related application reference by email.
Which applications are covered?
The page covers thermal spray, laser, injection molding, electroplating, die casting, chemical process, CNC, food processing, ice bath, high ambient, mobile, and remote cooling directions.
What should I send for a quotation?
Please send application type, heat load, target temperature, flow rate, pump pressure, coolant type, ambient condition, voltage, and installation details.
Need an Application-Based Chiller Direction?
Send your application type, heat load, target temperature, flow requirement, process fluid, ambient condition, voltage, and installation environment. APT engineers can review a suitable air cooled, water cooled, compact, or custom industrial chiller direction.