Having been producing 1000T Infrared Die Heating Furnace for many years, we understand the demands of the aluminum processing industry, which is why Foshan Nanhai Yanming Thermal Energy Equipment Technology Co., Ltd. designs equipment to optimize production flows, enhance efficiency, and reduce operational costs, making us a leader in the field of 1000T Infrared Die Heating Furnace..
Elevate your extrusion process with our state-of-the-art 1000T Infrared Die Heating Furnace. Designed with advanced thermal control systems, it guarantees consistent mold temperatures for flawless extrusion profiles. Compact and easy to integrate into existing lines, it's the perfect solution for operations looking to improve quality and throughput with minimal disruption.
Furnace Type |
Drawer Type |
Die Furnace specifications |
1000T |
Furnace body size |
2600*1400*1360 |
Basket size |
900*580*400mm |
Die size |
φ180*100mm |
Quantity of die placement |
10 sets |
Energy consumption |
0.146 kWh/kg die steel |
Heating power |
12KW |
Electrical machinery power |
1.1KW |
Heating control |
Solid-state relay |
Featuring state-of-the-art temperature control, our 1000T Infrared Die Heating Furnace ensures precise heating, critical for producing complex aluminum extrusions with tight tolerances. This precision extends mold life and reduces material waste, enhancing overall production efficiency. Its application ranges from small-scale workshops to large industrial plants, offering scalability and reliability for all users aiming to optimize their extrusion processes.
Designed for versatility, our 1000T Infrared Die Heating Furnace caters to a wide range of extrusion needs, supporting various mold sizes and shapes. It incorporates a user-friendly control system for precise temperature adjustments, ensuring optimal heating conditions for each mold. The quick heating up time significantly reduces cycle times, enhancing productivity. This 1000T Infrared Die Heating Furnace is ideal for manufacturers looking to streamline their extrusion process and increase output without compromising on quality.