Cooling Machine Parameter
Industrial Power Supply: 3P 380V, 50Hz power ensures reliable operation in industrial die-casting workshops.
Main water channel (12/22/32) → Specifically for multi channel mold cooling
System Pressure Adjustable 0.4–0.8 MPa → Suitable for internal cooling of different types of HPDC mold.
Max Flow Rate 8/12/16 m³/h → Supports different sizes and complex molds
Main parts used:Moving die / Fixed die / Melting cup / Punch / Insert / Core slide
| DC-12 | DC-22 | DC-32 | |
| Main power | 3P 380V 50HZ | ||
| Main water channel | 12 | 22 | 32 |
| Power(kw/h) | 3.5 | 4.5 | 7.5 |
| System Pressure | 0.4-0.8MPa adjustable | ||
| Max.flow | 8m3/h | 12m3/h | 16m3/h |
| Main parts used | Moving die,fixed die,melting cup punch,insert,core slide |
||
Supported Selections
DC-12 is suitable for small to medium-sized molds with limited cooling channel.
DC-22 is recommended for medium-sized molds with complex cooling requirements.
DC-32 is designed for large or highly complex high pressure die-casting (HPDC) molds requiring multiple independent cooling channels.
High-Pressure Die Casting Mold Cooling Function
During high-pressure die casting, the mold experiences rapid heat accumulation and continuous temperature fluctuations.
Instable mold temperature can lead to defects such as porosity, shrinkage, soft solder, and Inconsistent surface finish.
The HPDC mold cooling provides stable and efficient cooling, ensuring consistent mold temperature during continuous production and supporting reliable, repeatable casting results.
Working Principle
The mold cooling uses a closed-loop system to circulate a temperature-controlled cooling medium within the mold’s cooling channels.
Heat generated during die casting is efficiently dissipated through the cooling loop and heat exchange system, maintaining thermal balance in the mold during high-speed injection die casting cycles.
This controlled cooling process helps stabilize mold performance under long-term, high-load, high-pressure die casting operation.
Applications
High-pressure die casting mold cooling are used in aluminum high-pressure die casting production, including:
Automotive structural components and powertrain parts
Motorcycle and electric vehicle parts
Industrial aluminum die castings with high dimensional requirements
It is suitable for both stand-alone mold cooling and centralized cooling systems in die casting workshops.
Ordering · Shipping · Support
Shipping & Logistics: Die-casting auxiliary equipment can be shipped worldwide.
Payment and Delivery Terms:
A deposit is typically required before production.
Specific payment plans will be negotiated based on order details.
CE certification is available for specific configurations upon request. Production
Processes follow ISO 9001 quality management standards.
Documentation & Technical Support:
Operating manuals and technical documents are provided.
Technical guidance is available during installation and commissioning.
All issues will be resolved by us, Raidy auxiliary equipment manufacturer.
FAQ
Q: Is this mold cooling suitable for aluminum high-pressure die-casting production?
A: Yes. This mold cooling is designed specifically for the aluminum high-pressure die-casting environment. If you are unsure, please contact us to help you select the right equipment for you.
Q: Can the cooling capacity be customized?
A: Yes. Our raidy auxiliary equipment manufacturer offers cooling capacity and system configurations that can be customized to fit mold size and production requirements.
Q: Do you provide technical documentation?
A: Yes, we provide operation manuals.
