How does the mold temperature control system meet the demand for ultra-high flow rates?

For large injection-molded parts, such as automotive bumpers, refrigerator housings, air conditioner housings, washing machine panels, and industrial trash cans, large mold cavities, long runners, and uniform cooling over large areas are often required. While traditional mold temperature control system can maintain mold temperatures within the target range, their basic temperature control capabilities fall short… Continue reading How does the mold temperature control system meet the demand for ultra-high flow rates?

Mold temperature control system leads a new era of mold control

Mold temperature control system leads to a new era in mold control systems. The increase in technological advances and availability of various sensors has led to the development of many innovative approaches for managing temperature and humidity in buildings. These include climate control systems, now commonly used to maintain constant temperatures throughout a building or… Continue reading Mold temperature control system leads a new era of mold control

When Does Uneven Mould Temperature Require a Different Control Configuration?

A stable reading on the mould temperature controller does not necessarily indicate that the mould temperature is uniform. The screen value reflects the temperature at a specific sensor location, while conditions inside the mould depend on circuit flow rate, runner layout, localised heat loads, and heat transfer performance. Consequently, even if the circulating medium temperature… Continue reading When Does Uneven Mould Temperature Require a Different Control Configuration?

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