• Products

Mold Temperature Control and Cooling Units for Industrial Processes

We specialize in advanced temperature control equipment and solutions for the die casting industry. Our product portfolio includes centralized mold temperature control system (CTCU), water/oil based mold temperature controllers, mold cooling equipment, mold infrared sensing systems, die spraying tools, pure water treatment and integrated piping systems. We serve die casting manufacturers across automotive, aerospace, electronics and new energy sectors, helping them achieve precise mold temperature management, stable production, and higher-quality castings.
Products
    • CTCUCentralized Mold Temperature Control System
      Centralized Mold Temperature Control System Offers mold preheating, with dual modes for preheating and production temperatures, and automatic or manual control options.
    • Icon-SVGMold Temperature Controller
      Mold Temperature Controller The mold temperature controller (constant temperature system) is a precision temperature regulation device designed specifically for die casting production.
    • Icon-SVGDie Casting Mold Cooling Equipment
      Die Casting Mold Cooling Equipment Through the circulation of media (such as water, oil, or special coolants), it absorbs, transfers, and dissipates heat, ensuring that the die casting process always remains within the preset temperature range.
    • Icon-SVGMold Infrared Sensing System
      MISS Mold Infrared Sensing System The mold infrared sensing system (miss) uses infrared thermal imaging cameras to monitor and record mold temperatures at key points in real time during the die casting cycle.
    • Icon-SVGDie Spraying Tools (Contour Spraying)
      Die Spraying Tools (Contour Spraying) Contour spraying for die casting molds uses robotic equipment to precisely and uniformly apply release agents and other media to designated areas of the mold surface, based on the three-dimensional shape, structural features, and preset paths of the mold cavity.
    • Icon-SVGPure Water Treatment System
      Pure Water Treatment System The circulating pure water treatment system, with its closed-loop design, deeply purifies used wastewater and converts it back into pure water that meets production standards for reuse.
    • Integrated Piping System
      Integrated Piping System The integrated piping system uses one-piece die-cast main pipelines and standardized quick-connect components.
    • Die Casting Mold
      Die Casting Mold We rely on advanced technologies such as 3D scanning and finite element analysis to build a fully digital design system from product drawings to mold forming.
Case Studies
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Temperature fluctuations can be caused by several factors. These include faulty or improperly calibrated temperature sensors, issues in the heating or cooling systems (such as damaged heating tubes or clogged cooling pipelines), or poor mold heat dissipation. Unreasonable process parameter settings may also contribute. Regular inspection, cleaning, and parameter optimization can help stabilize the system.

First, check the power supply to ensure connections are intact and switches, plugs, or circuits are not damaged. If power is normal, check whether the overload protection device has been triggered. If neither is the case, the issue may lie in the control system or a key component. In that case, contact professional after-sales personnel for further diagnosis.

The suitable solution depends on the material (e.g., aluminum or zinc alloys), the complexity and size of the product, as well as production volume and efficiency targets. Compatibility with existing production equipment should also be considered. Technical staff can carry out a full evaluation and provide a customized solution.

Yes, in most cases it is possible, but a site survey is required. The assessment checks space layout, supporting utilities (power, water, oil), and compatibility with the existing control system. Based on these factors, a practical installation plan can be developed.

  • Integrated design: CTM water temperature units centralize low (5–35℃), medium (50–120℃), and high (120–160℃) temperature zones, reducing equipment footprint.
  • Wide temperature range: Capable of controlling between 20℃ and 320℃ to cover multiple die casting stages.
  • Energy efficiency: Integration reduces the number of units required, lowering overall energy consumption. For example, total energy demand for a large-scale island can be reduced from 1680KW to 360KW.