One type of specialised cooling tool used in injection moulding machines is an oil cooler. Its purpose is to keep the hydraulic oil or lubricating oil used in the machine's hydraulic system at the ideal temperature.
1. Compact Design: To fit within the restricted space of an injection moulding machine, the oil cooler is normally small in size.
2. Heat Exchange Mechanism: Heat is transferred from the hydraulic or lubricating oil to a cooling medium, like air or water, using a heat exchange mechanism.
3. Effective Cooling Capacity: To handle the heat produced during the injection moulding process, the oil cooler is intended to offer effective cooling capacity.
4. Finned tubes or heat sinks are frequently used in oil coolers for injection moulding machines to improve the surface area for better heat transfer and cooling effectiveness.
5. Integrated Fan or Water Cooling: The oil cooler may have an integrated fan or a water-based cooling system to improve cooling performance, depending on the particular needs of the machine.
1. Temperature Control: The main advantage of an oil cooler for an injection moulding machine is that it keeps the temperature of the hydraulic or lubricating oil within the appropriate range, preventing overheating and maintaining consistent machine performance.
2. Pumps, valves and seals in the hydraulic system of the injection moulding machine are crucial components whose lives are prolonged by the cooler's effective cooling of the oil. This lowers the possibility of premature wear and cuts downtime.
3. Increased Process Stability: Effective oil cooling increases the stability and dependability of the injection moulding process overall, maintaining accurate mould temperature control and lowering the possibility of moulded part flaws.
4. Enhanced Energy Efficiency: By lowering the energy consumption linked to oil overheating and ineffective cooling, the use of an oil cooler aids in the injection moulding machine's optimisation of energy efficiency.
5. Reduced Maintenance expenses: An injection moulding machine oil cooler lowers the frequency of maintenance, oil changes, and associated expenses by preventing oil degradation, minimising wear on components, and boosting system performance.
In conclusion, an injection moulding machine oil cooler is essential for maintaining the ideal oil temperature, extending the life of components, strengthening process stability, increasing energy efficiency, and lowering maintenance costs.
Other Detail:
Surface Type : Coated
Material: Metal
Application: Hydraulic and Industrial Process
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Product details
Material | Metal |
Surface Type | Coated |
Country of Origin | Made in India |
Brand | Chamunda |
Applications | Chemical Plants |
Application | Hydraulic and Industrial Process |