5000T Infrared Aluminum Rod Heating Furnace Equipment

Foshan Nanhai Yanming Thermal Energy Equipment Technology Co., LTD. is redefining aluminum processing with 5000T Infrared Aluminum Rod Heating Furnace Equipment that boosts efficiency and productivity in China. Our solutions are engineered to support the ambitious goals of aluminum extrusion factories by 5000T Infrared Aluminum Rod Heating Furnace Equipment.

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Product Description

Our Gas-Powered 5000T Infrared Aluminum Rod Heating Furnace Equipment revolutionizes aluminum rod heating. Designed for precision and speed, it features an advanced jet technology that provides uniform heat distribution. Its energy-efficient gas operation minimizes operational costs while optimizing performance. This 5000T Infrared Aluminum Rod Heating Furnace Equipment is the solution for businesses looking to enhance productivity and achieve superior heating outcomes.

Yanming 5000T Infrared Aluminum Rod Heating Furnace Equipment Parameter (Specification)

Voltage	380V (based on customer requirements)
Extruder	450T~8500T
Frequency	50 HZ or 60HZ (based on customer requirements)
Length of aluminum rod	0.5m~10m
Diameter of aluminum rod	φ70mm~500mm
Shearing length	2500mm~1600mm
Temperature	450ºC~530ºC
Temperature difference	±5ºC
Production cycle	30~200 seconds per time

Yanming 5000T Infrared Aluminum Rod Heating Furnace Equipment Feature And Application

Featuring state-of-the-art energy-saving technology, our 5000T Infrared Aluminum Rod Heating Furnace Equipment significantly reduces gas consumption without compromising performance. It's perfect for metal processing and manufacturing sectors aiming to lower operational costs and increase sustainability of 5000T Infrared Aluminum Rod Heating Furnace Equipment.

Yanming 5000T Infrared Aluminum Rod Heating Furnace Equipment Details

Precision is key in our 5000T Infrared Aluminum Rod Heating Furnace Equipment's design, offering unparalleled temperature control for the heating of single aluminum rods. This precision supports industries where material properties can be drastically affected by temperature variances, such as aerospace and automotive manufacturing, ensuring consistent quality and integrity of the material.