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YM-CT
Yanming
Foshan Nanhai Yanmig Thermal Equipment Technology Co.,Ltd. Yanming Company has been deeply involved in the field of infrared mold heating furnaces for many years.We developed infrared heating mode,prolong the service life of mould,improve the quality and yield of aluminum extrusion. Our developed Multi Box Connected Infrared Mould Heating Furnace （Drawer Type) Supports an alternating operation mode of 'one box heating plus one box loading/unloading' to reduce downtime and waiting time, suitable for high-paced production lines; or heats two molds simultaneously to meet the needs of producing multiple varieties in small batches.We support customized services,based on the latest science and technology to create higher value for clients.
Foshan Nanhai Yanmig Thermal Equipment Technology Co.,Ltd. Yanming Company has been deeply involved in the field of infrared mold heating furnaces for many years.We developed infrared heating mode,prolong the service life of mould,improve the quality and yield of aluminum extrusion. Our developed Multi Box Connected Infrared Mould Heating Furnace （Drawer Type) Supports an alternating operation mode of 'one box heating plus one box loading/unloading' to reduce downtime and waiting time, suitable for high-paced production lines; or heats two molds simultaneously to meet the needs of producing multiple varieties in small batches.We support customized services,based on the latest science and technology to create higher value for clients.
Our Multi Box Connected Infrared Mould Heating Furnace（Drawer Type) has the following advantages compared to traditional single box mold heating furnace.
(1)Multi-box coordination,efficiency doubled:
supports an alternating operation mode of 'one box heating + one box loading/unloading' to reduce downtime and waiting time, suitable for high-paced production lines; or it can heat two different molds simultaneously to meet the needs of small-batch, multi-variety production.
(2) Precise temperature control with strong process adaptability
independent temperature control systems match the heating curves of various mold materials such as H13 steel and SKD61, preventing mold deformation, cracking, or casting defects caused by uneven temperatures.
(3) Energy-saving and cost reduction
electromagnetic induction heating or efficient resistive elements combined with insulation structures save 30%-50% energy compared to traditional coal or fuel-fired furnaces, and the electric heating mode has zero emissions, complying with environmental policies.
Convenient operation and easy maintenance: modular heating element design allows for quick replacement; an intelligent fault diagnosis system provides real-time alerts for anomalies such as heater tube damage or temperature control failure, reducing maintenance costs.
Our Multi Box Connected Infrared Mould Heating Furnace（Drawer Type) has the following advantages compared to traditional single box mold heating furnace.
(1)Multi-box coordination,efficiency doubled:
supports an alternating operation mode of 'one box heating + one box loading/unloading' to reduce downtime and waiting time, suitable for high-paced production lines; or it can heat two different molds simultaneously to meet the needs of small-batch, multi-variety production.
(2) Precise temperature control with strong process adaptability
independent temperature control systems match the heating curves of various mold materials such as H13 steel and SKD61, preventing mold deformation, cracking, or casting defects caused by uneven temperatures.
(3) Energy-saving and cost reduction
electromagnetic induction heating or efficient resistive elements combined with insulation structures save 30%-50% energy compared to traditional coal or fuel-fired furnaces, and the electric heating mode has zero emissions, complying with environmental policies.
Convenient operation and easy maintenance: modular heating element design allows for quick replacement; an intelligent fault diagnosis system provides real-time alerts for anomalies such as heater tube damage or temperature control failure, reducing maintenance costs.
The Multi Box Connected Infrared Mould Heating Furnace （Drawer Type) is an efficient device specifically designed for preheating, maintaining constant temperature, and heat treatment of metal molds. It features an innovative structure of 'double-box linkage + independent temperature control,' significantly enhancing the flexibility and production efficiency of mold heating. It is widely used in applications such as die casting, forging, and injection molding, where precise control of mold temperature is required.
1. Die casting industry
• Application scenarios: Preheating and maintaining constant temperature for aluminum alloy/zinc alloy die casting molds (such as car wheel hub molds, motor end cover molds). Heating the mold to 150-250°C before die casting reduces the rapid cooling shrinkage of molten metal, improves the surface finish of castings, and decreases thermal fatigue damage to the mold.
• Case effect: A certain automotive parts die casting plant, after using a double-box integrated furnace, reduced mold preheating time by 40%, increased the yield rate of individual products from 85% to 95%, and extended mold life by 20%.
2. Forging industry
• Application scenarios: Preheating (200-400℃) and heat preservation of hot forging dies (such as gear dies, crankshaft dies) ensure uniform plasticity of the billet during forging, reducing mold wear and forging cracks.
• Technical advantages: The dual-box design allows separate heating of different-sized molds (such as large core molds and small inserts), meeting the temperature requirements of complex mold combinations and avoiding energy waste typical of traditional single-box furnaces.
3. Injection molding and rubber industry
• Application scenarios: Temperature control for plastic injection molds (50-200°C), especially suitable for preheating transparent and precision parts molds to reduce product shrinkage and weld marks; constant temperature heating for rubber vulcanization molds (120-200°C) to ensure the stability of the vulcanization process.
• Differentiated value: Multi-box independent temperature control allows simultaneous handling of 'high-temperature molds' (such as engineering plastic molds) and 'low-temperature molds' (such as general injection molds), adapting to quick switching between multiple product lines.
The Multi Box Connected Infrared Mould Heating Furnace （Drawer Type) is an efficient device specifically designed for preheating, maintaining constant temperature, and heat treatment of metal molds. It features an innovative structure of 'double-box linkage + independent temperature control,' significantly enhancing the flexibility and production efficiency of mold heating. It is widely used in applications such as die casting, forging, and injection molding, where precise control of mold temperature is required.
1. Die casting industry
• Application scenarios: Preheating and maintaining constant temperature for aluminum alloy/zinc alloy die casting molds (such as car wheel hub molds, motor end cover molds). Heating the mold to 150-250°C before die casting reduces the rapid cooling shrinkage of molten metal, improves the surface finish of castings, and decreases thermal fatigue damage to the mold.
• Case effect: A certain automotive parts die casting plant, after using a double-box integrated furnace, reduced mold preheating time by 40%, increased the yield rate of individual products from 85% to 95%, and extended mold life by 20%.
2. Forging industry
• Application scenarios: Preheating (200-400℃) and heat preservation of hot forging dies (such as gear dies, crankshaft dies) ensure uniform plasticity of the billet during forging, reducing mold wear and forging cracks.
• Technical advantages: The dual-box design allows separate heating of different-sized molds (such as large core molds and small inserts), meeting the temperature requirements of complex mold combinations and avoiding energy waste typical of traditional single-box furnaces.
3. Injection molding and rubber industry
• Application scenarios: Temperature control for plastic injection molds (50-200°C), especially suitable for preheating transparent and precision parts molds to reduce product shrinkage and weld marks; constant temperature heating for rubber vulcanization molds (120-200°C) to ensure the stability of the vulcanization process.
• Differentiated value: Multi-box independent temperature control allows simultaneous handling of 'high-temperature molds' (such as engineering plastic molds) and 'low-temperature molds' (such as general injection molds), adapting to quick switching between multiple product lines.
