Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

https://dw-inductionheater.com/simultaneously-induction-annealing-copper-tubes.html?feed_id=241666&_unique_id=661c9ae7aa198

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

https://dw-inductionheater.com/simultaneously-induction-annealing-copper-tubes.html?feed_id=224536&_unique_id=64e5f29c7a77f

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective
Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment

DW-HF-45kw induction heater
Helical coil

Material
• Two copper tubes
– OD: 0.69’’ (1.75 cm)
– ID: 0.55’’ (1.40 cm)
– Length: 5.50’’ (14.0 cm).

Key Parameters
Power: 35kW
Temperature: 842°F (450°C)
Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.


2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature


• Power on demand and rapid, consistent heat cycles


• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe

Induction Annealing Copper Tubes

Simultaneously Induction Annealing Copper Tubes

Objective Uniformly heat two copper tubes simultaneously to 800°F (426°C) in under 10 seconds with induction heating.

Equipment DW-HF-45kw induction heater Helical coil Material • Two copper tubes – OD: 0.69’’ (1.75 cm) – ID: 0.55’’ (1.40 cm) – Length: 5.50’’ (14.0 cm). Key Parameters Power: 35kW Temperature: 842°F (450°C) Time: 7sec

Process:

1. The two copper tubes were placed together in the coil.
2. Induction heat was applied for 8s.

Results/Benefits:

• Improved process control for uniform heating to a desired temperature
• Power on demand and rapid, consistent heat cycles
• Technology without pollution, which is both clean and safe