English
Specialized equipment for non-ferrous metals is one of the core industrial directions of Zhonghang Jiayue, and the company has developed a variety of key equipment in this field. We specialize in the development and production of equipment such as welding clamp furnaces, tempering furnaces, sintering furnaces, carbon tube furnaces, and annealing furnaces. In addition to these, we offer a high-performance continuous mesh belt brazing furnace for sale, perfect for atmosphere-controlled joining of various components. These non ferrous metal melting furnace are widely used in the processing and manufacturing of non-ferrous metals and meet the needs of different industries for high-precision and high-performance equipment. With high performance, stability, and excellent technical support, our non ferrous furnace equipment has become a popular choice in the market.
A working area of 1800×550×1000mm
A maximum temperature of 1300°C
An ultimate vacuum of 6.67×10⁻⁴ Pa
A pressure rise rate of ≤0.67 Pa/h
A maximum temperature of 1350°C
A 400×800mm working area
A limit vacuum of ≤ 4 × 10⁻¹ Pa
A pressure rise rate of ≤ 0.67 Pa/h.
A 600×600×1000mm working area
A maximum temperature of 1200°C
A limit cold vacuum of 6.67×10⁻⁴ Pa
A boosting rate of ≤ 0.67 Pa/h.
Maximum temperature: 1600℃
Operating temperature: ≤1450℃
Temperature control accuracy: ≤±1℃
Temperature uniformity: ≤±3℃
Non-ferrous metallurgical equipment is mainly used in the extraction, refining, and heat treatment of titanium, tantalum, niobium, beryllium, and zirconium metals. Such as fire carbonization; titanium, beryllium electrolytic refining; distillation and purification; and high vacuum heat treatment such as annealing and tempering.
In the non-ferrous metal industry, we provide a series of professional heat treatment equipment to ensure the processing quality and performance enhancement of furnace materials. Our main non ferrous furnace products include titanium and beryllium electrolytic refining and reduction systems, distillation and purification systems; vacuum heat treatment furnaces suitable for tempering and annealing titanium, tantalum, niobium, and other products; and continuous tantalum and niobium oxides reduction and carbonization furnaces.
Products are designed to meet the process requirements of each section in a non ferrous metal melting furnace, utilizing automation, intelligence, digital technology, and continuous iterative research and development. Our non ferrous metal melting furnaces are engineered to enhance efficiency and precision, ensuring optimal performance in various industrial applications.
Tantalum, niobium, beryllium, and titanium are common non-ferrous metals with high melting points. Tantalum melts at around 3017°C, niobium at 2477°C, beryllium at 1287°C, and titanium at 1668°C. Due to these extreme temperatures, selecting a suitable non ferrous melting furnace, non ferrous metal melting furnace, or customized non ferrous melting furnaces is essential for precision melting. CHJT advanced non ferrous furnaces are engineered to meet such demanding thermal requirements.
The heat treatment process for non-ferrous metals typically includes solution treatment, aging, annealing, and stress relief. Unlike ferrous metals, non-ferrous metals do not undergo phase transformations like martensitic hardening. Instead, heat treatment aims to improve strength, ductility, corrosion resistance, or machinability. Depending on the material—such as aluminum, titanium, or copper alloys—different temperature ranges and holding times are required. CHJT non ferrous melting furnaces and heat treatment systems are designed to deliver precise thermal control for these processes.
Key non-ferrous melting furnaces for processing metals like copper, aluminum, zinc, and their alloys include: Crucible Furnaces (ideal for small-batch melting of low-melting-point metals), Induction Furnaces (the dominant non ferrous metal melting furnace for copper/aluminum alloys due to high efficiency and precise control), Resistance Furnaces (for high-precision melting of titanium/magnesium/precious metals under inert gas), and large-scale Reverberatory Furnaces (used in secondary aluminum/copper production). Selection of non ferrous melting furnaces depends on metal properties, volume, and process needs, with induction and crucible types being the most versatile non-ferrous furnace solutions. When choosing a non ferrous metal melting furnace, it is crucial to consider the specific requirements of the metal and the desired production scale to ensure optimal performance and efficiency.
