- Trained on our vast library of engineering resources.

Inductotherm Group Bright Annealing Tube Line

Request a Quote

Suppliers

Company
Product
Description
Supplier Links
Bright Annealing Tube Line -  - Inductotherm Group
Rancocas, NJ, USA
Bright Annealing Tube Line
Bright Annealing Tube Line
Radyne’s Bright Annealing Tube Line fits directly inline with today’s high-speed drawing and rolling lines, making them the preferred choice for lean, agile manufacturing. Utilizing a modular and expandable design, Radyne Bright Annealing Tube Systems meet virtually any line speed, product dimension, or material- supporting oxygen-free copper, brass, titanium, stainless steel, nickel, and more. Request a Quote Bright Annealing Tube Line Features The Bright Annealing Tube System can either be placed standalone or inline with surface reduction equipment to create a total inline process. Innovative design allows for easy changeover from product to product, and each system is equipped with automatic power control and precision temperature control through recipe parameters. Designed for ease of operation and maintenance Automatic speed sensor controls power proportionate to line speed Recipe storage and retrieval Integrated temperature sensing High wear ceramic tube guides Integrated pumping system Solid state inverters, operating in both medium and high frequencies Quench Details: Optional inert gas quench available Optional gas recycling Optional gas manufacturing and mxing systems Contained Atmospheres – Nitrogen, Nitrogen with up to 4% Hydrogen, Helium, Argon, Argon with Hydrogen Water Quench – leaves micron level oxidation, acceptable for inter-process annealing Gas Impingement Quench – Finished, high quality surface

Radyne’s Bright Annealing Tube Line fits directly inline with today’s high-speed drawing and rolling lines, making them the preferred choice for lean, agile manufacturing.

Utilizing a modular and expandable design, Radyne Bright Annealing Tube Systems meet virtually any line speed, product dimension, or material- supporting oxygen-free copper, brass, titanium, stainless steel, nickel, and more.

Request a Quote

Bright Annealing Tube Line Features

The Bright Annealing Tube System can either be placed standalone or inline with surface reduction equipment to create a total inline process. Innovative design allows for easy changeover from product to product, and each system is equipped with automatic power control and precision temperature control through recipe parameters.

  • Designed for ease of operation and maintenance
  • Automatic speed sensor controls power proportionate to line speed
  • Recipe storage and retrieval
  • Integrated temperature sensing
  • High wear ceramic tube guides
  • Integrated pumping system
  • Solid state inverters, operating in both medium and high frequencies

Quench Details:

  • Optional inert gas quench available
  • Optional gas recycling
  • Optional gas manufacturing and mxing systems
  • Contained Atmospheres – Nitrogen, Nitrogen with up to 4% Hydrogen, Helium, Argon, Argon with Hydrogen
  • Water Quench – leaves micron level oxidation, acceptable for inter-process annealing
  • Gas Impingement Quench – Finished, high quality surface
Supplier's Site

Technical Specifications

  Inductotherm Group
Product Category Industrial Heaters
Product Name Bright Annealing Tube Line
Heater Type Induction
Unlock Full Specs
to access all available technical data

Similar Products

Copper Tube Annealer - ACR - Inductotherm Group
Inductotherm Group
Specs
Heater Type Induction
Maximum Operating Temperature 1292 F (700 C)
Heating Capacity 1200.00 kW (4094 MBH)
View Details
Induction Tempering Spring Wire System -  - Inductotherm Group
Specs
Heater Type Induction
View Details
Stationary Induction Camshaft Heat Treating - CamPro™ - Inductotherm Group
Specs
Heater Type Induction
Heating Capacity 150.00 to 300.00 kW (512 to 1024 MBH)
View Details
Modular Heat Treating Scanning System - Inductoscan® XL - Inductotherm Group
Specs
Heater Type Induction
Heating Capacity 50.00 to 800.00 kW (171 to 2729 MBH)
View Details