Wire Annealing Furnace

Wire Annealing Furnace Detail:

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Operation panel:

Wire Annealing Furnace Feature

1. An annealing furnace is usually capable of reaching higher temperatures to anneal metal. Depending on the needs of different precious metals, the stripping furnace can be heated to hundreds of degrees Celsius or even 1000°C.
2. The stripping furnace is usually equipped with a high-precision temperature control system to ensure that the temperature in the furnace is maintained within a stable and accurate range. This is crucial for the annealing process, because the physical properties and performance of metals vary significantly at different temperatures, and precise temperature control can ensure the consistency and effectiveness of metal annealing treatments.
3. The CDOCAST stripping furnace is equipped with an automated control system. Users can monitor and adjust parameters such as temperature, time and atmosphere through the touch screen. Automated control not only improves production efficiency, but also reduces errors and safety hazards in manual operations.
4. Modern stripping furnaces are usually designed to be easy-to-maintain structures. The heating elements and atmosphere control systems in the furnace can be easily inspected and replaced to ensure long-term stable operation of the equipment.

1. Q: What metals can this machine process?

A: It can anneal precious metal wires such as gold, silver, copper, platinum, etc.

2. Q: What wire sizes can it anneal?

A: We have currently tested wires ranging from 0.03-2mm.

3. Q: How to adjust the working parameters for different sizes of wire?

A: Basically, only the speed and temperature need to be adjusted. For smaller diameter wires, the annealing speed should be slower. Specific adjustments can be made based on actual production conditions.

4. Q: What type of protective gas can be used? What is the consumption?

A: Argon or nitrogen can be used. Nitrogen consumption is 2-3L/min.

5. Q: How do I make my wires shine?

A: We can add an ammonia decomposition device to break down ammonia into hydrogen and nitrogen. The hydrogen is then reduced, making the wires shine.

6. Q: What is the maximum operating temperature?

A: Our machine’s maximum operating temperature is 1000℃. We can customize higher temperatures if needed, but 1000℃ is generally sufficient.

7. Q: Why is the heating zone angled?

A: The angled design allows the heating element to enter the cooling water, creating a seal and preventing the release of protective gases.

8. Q: How is the heated wire cooled?

A: The machine is equipped with a cooling water tank at the rear. Before operation, add water to the tank (note that the water temperature should not exceed 30℃, and the water must be clean and changed regularly).

9. Q: How do I set the wheel diameter and width in the parameter interface?

A: Before operation, you must install the wheels on the furnace. Measure the wheel diameter and width according to the diagram in the user manual and input them into the parameter interface. Otherwise, the working speed will not be synchronized.

Q: Why doesn’t the wire feeding wheel rotate after the machine starts?

A: You need to click “Drawback” after powering on; otherwise, the wheel rotation will be out of sync, and wire feeding will fail.

Q: What is the production capacity per hour for processing gold?

A: This question cannot be answered directly. Output depends on the wire diameter and annealing speed. For example, for 1mm gold wire, if annealed at a speed of 2m/min, the hourly production capcity can reach 3.6kg (double-tube furnace). In actual production, the annealing speed needs to be adjusted according to the wire diameter; smaller wire diameters require slower annealing speeds.

Q: What’s the dimension of the machine?

A: Dimension: 1980*690*1600mm(L*W*H)

*Why Choose CDOCAST?

From ultra-fine precious metal wires to a broader range of industrial alloys, CDOCAST wire annealing furnace offers unparalleled flexibility, precision, and ease of operation. With its programmable controls, tension management, and optional bright annealing capabilities, it is the ideal choice for manufacturers pursuing quality, repeatability, and efficiency.

*Key Advantages:

1. Enhanced Ductility and Formability
Annealing restores the metal’s ductility, making it easier to shape, coil, or braid—which is especially important in the production of jewelry and microelectronic components.

2. Elimination of Internal Stresses
By removing stresses caused by cold working, the furnace minimizes the risk of cracking or breakage in fine, delicate wires, thereby improving yield and reliability.

3. Superior Surface Quality
Equipped with optional atmosphere control and rapid cooling, the system prevents oxidation and contamination, delivering a clean, bright finish ready for immediate use.

*Ideal Applications:

✔ Jewelry Manufacturing: Annealing gold and silver wires for chains, filigree, and decorative elements.

✔ Electronics & Micro-engineering: Production of bonding wires, lead frames, and conductive components.

✔ Special Alloy Processing: Annealing platinum and palladium wires for sensors, catalysts, and medical devices.

Catalog for Metal Wire Annealing Furnace from CDOCAST