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PLASMA NITRIDERS < GLOWTECH

Precision engineering, flexible configuration tailored to your needs, and the best results in all nitriding processes. NADCAP compliant.

GlowTech

Photo of a GlowTech plasma nitriding furnace, manufactured by ION HEAT.

Advanced control systems to process parts of various sizes and geometries within a single load, guaranteeing uniform metallurgical results every time.

INSIDE OUR FURNACES

Standard Features

Detail of an ION HEAT plasma nitriding furnace highlighting the bell lift system, hot wall chamber, and ventilation / temperature control system.

FEAT. 1

Hot Wall Vacuum Chamber

  • Temperature Uniformity: ±2°C between independent zones.

  • Faster Degassing: Increased productivity.

  • Reduced Arc Discharges: Improved stability.

  • Uniform Gas Distribution: Consistent results.

  • Easy Maintenance: Accessible heating elements and insulation.

Detail of an ION HEAT plasma nitriding furnace highlighting the bell lift system, hot wall chamber, and ventilation/temperature control system.

FEAT. 2

Lifting System

The hydraulic system lifts and rotates the bell to facilitate the loading and unloading of parts for nitriding. It also serves as an enclosure for the gas panels, PC, and handling PLC. The ION HEAT furnace lifting system is designed to occupy a smaller footprint compared to many others on the market.

Detail of an ION HEAT plasma nitriding furnace highlighting the bell lift system, hot wall chamber, and ventilation/temperature control system.

FEAT. 3

Temperature Control

Precise temperature control is achieved through the combination of ventilation channels outside the vacuum retort, an air-cooled center anode, a variable speed internal motor and fan, and three independently controlled heating/cooling zones.

Heavy-duty dry vacuum pumping system of an ION HEAT plasma nitriding furnace.

FEAT. 4

Vacuum System

The heavy-duty dry vacuum pumping system, with its sealing system, guarantees final vacuum levels in less than ten minutes.

Bipolar pulsed plasma power supply of an ION HEAT plasma nitriding furnace.

FEAT. 5

Power Supply

A bipolar pulsed plasma power supply generates the precise voltage needed to ionize process gasses and create plasma. The power electronics provide DC overcurrent protection, detect arcs in less than 200 nanoseconds, ensure frequency flexibility, turn off pulses in under 1 μs, and allow for duty cycles with repeatable results.

Gas panel of an ION HEAT plasma nitriding furnace

FEAT. 6

Gas Panel

Subsystem that injects the precise gas mixture and ensures that the nitriding atmosphere follows the metallurgical recipe. It includes mass flow controllers for nitrogen and hydrogen. Additional gasses like Argon and Methane can be added upon customer’s request for specific process variations.

Control system interface of ION HEAT plasma nitriding equipment.

FEAT. 7

Controls And Data Storage

The PLC automation system controls all process variables. Additionally, it allows the creation, storage, and recall of process recipes, as well as intuitive report generation for internal control or certification bodies. It features a web-based HMI and easy remote monitoring from any desktop or mobile device.

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Unlike compact models, GlowTech systems are distinguished by their flexible configuration and the ability to include add-ons for running specific metallurgical processes. The features that enhance their potential are:

SYSTEM ADVANTAGES

GlowTech Specifications

Technical specifications

SYSTEM SIZE
0610
0815
1220
1522
Peak power for a full tandem system (kW)
150
178
372
476
Peak power for a semi tandem system (kW)
102
116
235
309
Peak power for a single system (kW)
102
116
235
309
Total plasma generator power (kW)
40
40
80
120
Standard number of plasma modules included
1
1
2
3
Number of Heating Zones
3
3
3
3
Available full tandem
YES
YES
YES
YES
Available semi tandem
YES
YES
YES
YES
Useful heigh mm/in
1000 / 39
1500 / 59
2000 / 79
2200 / 87
Useful diameter mm/in
600 / 24
800 / 31
1200 / 47
1500 / 59

01

EXTRA POWER SUPPLY

If you need a large surface area, you'll require significantly more plasma energy (current density calculation).

02

VIEWPORTS AND CAMERAS

Side viewports allow you to visualize the process inside the furnace, and a camera captures images through one of these viewports. This is useful for generating reports for customers or control authorities.

03

AEROSPACE PACKAGE

Configuration to qualify the furnace for NADCAP compliance.

04

HIGH TEMPERATURE ADD-ON

Increases the temperature up to 850°C for nitriding of titanium. Only available in GlowTech 0610 or GlowTech 0815

05

EXTRA GASES

Argon and methane mass flow controllers for processing stainless steel or running FNC (ferritic nitrocarburizing).

06

CONTROLLED POST OXIDATION

Vacuum safe oxygen probe for controlling post-oxidation processes, achieving a nice black finish that is highly protective against corrosion. *Requires internal recirculation motor and fan.

07

AIR-COOLED CENTER ANODE

Recommended for higher temperature uniformity in larger chambers GlowTech 1220 and GlowTech 1522.

08

PROCESS RECIPE

Setting up the tested metallurgical recipe to nitride specific parts.

To get the best performance and discover all that ION HEAT equipment can do for your production:

TAILORED CONFIGURATION

Optional features

Mockup of a tablet displaying a comparison of technical specifications for Ionheat systems.

Compare

ION HEAT Systems
Technical Specifications

Animated GIF showing different configuration modes of the tandem system for ION HEAT plasma nitriding furnaces.

TANDEM SYSTEM

GlowTech's modular configuration offers the possibility to start with a single system and upgrade to a semi-tandem or tandem in the future, bringing flexibility to your CAPEX. ​ Expand your furnace as your requirements or demand grow. If you have a full tandem unit: Plasma nitriding the parts in one vacuum chamber while preheating the second unit, reducing the working time between batches by up to 30%. Also, perform maintenance on one chamber without stopping production.

Illustration of a mechanical system example

PROCESS-DRIVEN DESIGN

We optimize the design and performance of the furnaces according to the metallurgical recipes required by your industrial manufacturing processes, whether based on materials (conventional steels, stainless steels, titanium or nickel alloys), or the required processes (Nitriding, Ferritic nitrocarburizing (FNC), post-oxidation, among others).

Illustration of a fixture detail where parts are placed for nitriding inside an ION HEAT furnace

TAILORED CONFIGURATION

You can choose from optional features to get the best performance and discover all that ION HEAT equipment can do for your production: 1. ExtraPower Supply 2. Side Viewports and Top Camera Viewports 4. Aerospace Package 5. High Temperature Add-on for nitriding of Titanium. 6. Extra Gases 7. Controlled Post Oxidation 8. Air-cooled center anode 9. Process Recipe

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