Continuous feed wire annealing furnaces feature up to twelve open ended wire feed tubes. The wire inlet and outlet flanges adapt to a wire feed system (wire feed & pick-up). The furnace is set up vertically for a simplified wire support and tension system that uses gravity in it’s favor
Designed specifically for laboratory applications, our Laboratory Wire Annealing Furnace delivers precise, consistent heat treatment for various wire materials—from copper and aluminum to stainless steel and alloy wires. Whether you're conducting material research, prototype development, or small-batch annealing tests, this compact yet high-performance furnace ensures optimal results every time.
Features of Our Wire Annealing Furnaces
l Precise Temperature Control with Unique Gradient:
Equipped with a unique temperature gradient, these furnaces utilize electrical heaters to achieve precise control over heating and cooling rates, ensuring stable and regulated thermal processes for wires.
l High Reliability:
Designed for consistent performance, the furnaces offer reliable operation to minimize downtime and maintain steady production workflows.
l User-Friendly Operation:
With an emphasis on simplicity, they are easy to operate, reducing the need for extensive training and streamlining daily use.
l Continuous Operation in Special Atmospheres:
Rated for continuous operation, these furnaces can function effectively in inert gas or hydrogen environments, making them suitable for industrial scenarios requiring prolonged, specialized thermal treatment.
Product name | Wire annealing furnace |
Max temp. | 2500℃ |
Heating element | Tungsten or Tantalum Mesh |
Controll system | The furnace temperature is controlled by a programmable temperature controller using a Type “C” thermocouple or two color optical pyrometer to measure temperature. Multiple temperature profiles can be stored to simplify running different processes. |
Cooling method | Water cooling system |
Heat Zone Material: | Refractory Metal |
Furnace Chamber: | All Stainless Steel |
Process gas system | 1. The furnace system is designed to operate in an Inert Gas or reducing gas environment. The chamber runs under a slight positive pressure to keep oxygen from entering. A relief valve and a compound gauge are located on the top of the furnace body. 2. Inert gas or Hydrogen operation 3. Oxygen Monitor with audible alarm to monitor furnace atmosphere |
Power | 35 kVA (depending on maximum temperature), 380-480Vac/3ph./50-60 Hz (other voltages available) |
Warranty | One year |
The main applications of Laboratory Wire Annealing Furnaces ：
u Material Science Research: Studying the effects of annealing on the microstructure, mechanical properties (such as ductility, hardness, and tensile strength), and electrical conductivity of various wire materials (e.g., metals, alloys, and conductive composites).
u Prototype Development: Processing small batches of wire samples to optimize annealing parameters (temperature, holding time, cooling rate, and atmospheric conditions) for scaling up to industrial production.
u Quality Control Testing: Analyzing annealed wire specimens to verify compliance with material standards, ensuring consistency in properties for critical applications like electronics, aerospace, and medical devices.
u Specialized Material Treatment: Annealing fine or delicate wires (e.g., micro-wires for sensors, dental wires, or precision electrical components) in controlled atmospheres (inert gas or hydrogen) to prevent oxidation and achieve desired material characteristics.
u Educational and Academic Experiments: Providing hands-on training for students and researchers in thermal processing techniques, demonstrating the relationship between annealing processes and material behavior.
Designed specifically for laboratory applications, our Laboratory Wire Annealing Furnace delivers precise, consistent heat treatment for various wire materials—from copper and aluminum to stainless steel and alloy wires. Whether you're conducting material research, prototype development, or small-batch annealing tests, this compact yet high-performance furnace ensures optimal results every time.
Features of Our Wire Annealing Furnaces
l Precise Temperature Control with Unique Gradient:
Equipped with a unique temperature gradient, these furnaces utilize electrical heaters to achieve precise control over heating and cooling rates, ensuring stable and regulated thermal processes for wires.
l High Reliability:
Designed for consistent performance, the furnaces offer reliable operation to minimize downtime and maintain steady production workflows.
l User-Friendly Operation:
With an emphasis on simplicity, they are easy to operate, reducing the need for extensive training and streamlining daily use.
l Continuous Operation in Special Atmospheres:
Rated for continuous operation, these furnaces can function effectively in inert gas or hydrogen environments, making them suitable for industrial scenarios requiring prolonged, specialized thermal treatment.
Product name | Wire annealing furnace |
Max temp. | 2500℃ |
Heating element | Tungsten or Tantalum Mesh |
Controll system | The furnace temperature is controlled by a programmable temperature controller using a Type “C” thermocouple or two color optical pyrometer to measure temperature. Multiple temperature profiles can be stored to simplify running different processes. |
Cooling method | Water cooling system |
Heat Zone Material: | Refractory Metal |
Furnace Chamber: | All Stainless Steel |
Process gas system | 1. The furnace system is designed to operate in an Inert Gas or reducing gas environment. The chamber runs under a slight positive pressure to keep oxygen from entering. A relief valve and a compound gauge are located on the top of the furnace body. 2. Inert gas or Hydrogen operation 3. Oxygen Monitor with audible alarm to monitor furnace atmosphere |
Power | 35 kVA (depending on maximum temperature), 380-480Vac/3ph./50-60 Hz (other voltages available) |
Warranty | One year |
The main applications of Laboratory Wire Annealing Furnaces ：
u Material Science Research: Studying the effects of annealing on the microstructure, mechanical properties (such as ductility, hardness, and tensile strength), and electrical conductivity of various wire materials (e.g., metals, alloys, and conductive composites).
u Prototype Development: Processing small batches of wire samples to optimize annealing parameters (temperature, holding time, cooling rate, and atmospheric conditions) for scaling up to industrial production.
u Quality Control Testing: Analyzing annealed wire specimens to verify compliance with material standards, ensuring consistency in properties for critical applications like electronics, aerospace, and medical devices.
u Specialized Material Treatment: Annealing fine or delicate wires (e.g., micro-wires for sensors, dental wires, or precision electrical components) in controlled atmospheres (inert gas or hydrogen) to prevent oxidation and achieve desired material characteristics.
u Educational and Academic Experiments: Providing hands-on training for students and researchers in thermal processing techniques, demonstrating the relationship between annealing processes and material behavior.
