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Tube furnaces

Tube furnaces for controlled atmosphere applications, material testing and advanced laboratory heat treatment.

Controlled atmosphere

Tube furnaces

Need controlled heat treatment inside a ceramic tube for research, material testing or protective atmosphere applications? The LT tube furnace series is designed for laboratory processes where stable temperature conditions, atmosphere control and precise thermal processing are required.

Page 1 of 1 - 7 items total

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Compact Tube Furnace LT 100/500/13 opened
€7 853 incl. VAT
€6 490

Max temp: 1300°C | Tube diameter: 75 mm | Voltage: 400 V

1096264
Compact Tube Furnace LT 100/750/13 opened
€8 700 incl. VAT
€7 190

Max temp: 1300°C | Tube diameter: 100 mm | Voltage: 400 V

1096265
Compact Tube Furnace LT 50/300/13 opened
€4 586 incl. VAT
€3 790

Max temp: 1300°C | Tube diameter: 50 mm | Voltage: 230 V

01096259
Compact Tube Furnace LT 50/500/13 opened
€6 038 incl. VAT
€4 990

Max temp: 1300°C | Tube diameter: 50 mm | Voltage: 400 V

1096260
Compact Tube Furnace LT 50/750/13 opened
€7 248 incl. VAT
€5 990

Max temp: 1300°C | Tube diameter: 50 mm | Voltage: 400 V

1096261
Compact Tube Furnace LT 50/750/13 opened
€6 038 incl. VAT
€4 990

Max temp: 1300°C | Tube diameter: 75 mm | Voltage: 400 V

01096262
Compact Tube Furnace LT 75/750/13 opened
€7 248 incl. VAT
€5 990

Max temp: 1300°C | Tube diameter: 75 mm | Voltage: 400 V

1096263

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7 items total

What are tube furnaces?

Tube furnaces are laboratory furnaces designed for controlled thermal processing inside a ceramic tube. They are used where stable temperature conditions, protective atmosphere operation or sample movement during heat treatment are required.

LT tube furnace series

  • LT series – compact laboratory tube furnaces for research, material testing, protective atmosphere applications and advanced heat treatment inside a ceramic tube

Typical applications

  • Material testing and development
  • Heat treatment inside a ceramic tube
  • Protective atmosphere processes
  • Research and university laboratory work
  • Sintering and thermal analysis
  • Processes with movement of the charge during heat treatment

How to choose a tube furnace

  • Tube diameter – according to sample size and process requirements
  • Heated length – based on the required heated zone
  • Maximum temperature – according to your material and application
  • Process atmosphere – standard air operation or protective atmosphere
  • Sample movement – for processes requiring movement through the heated zone
  • Power supply – according to selected model and laboratory installation

FAQ

What is the difference between tube and chamber furnaces?
Tube furnaces process samples inside a ceramic tube and are suitable for protective atmosphere or special research applications. Chamber furnaces use a box-shaped chamber for more general laboratory heat treatment.

When should I choose a tube furnace?
Choose a tube furnace when your process requires stable conditions inside a tube, protective atmosphere operation, defined heated length or movement of the sample through the heated zone.

How do I choose the right LT model?
Select the LT model according to tube diameter, heated length, sample size, maximum temperature and whether your application requires protective atmosphere accessories.

Why choose LAC tube furnaces?
  • Tube furnace solutions for research and advanced laboratory testing
  • Different tube diameters and heated lengths
  • Technical support and long-term service availability
Not sure which tube furnace is suitable for your process?
Contact us and we will help you choose the right tube furnace configuration for your laboratory application. You can also test your material in our testing center before making a decision.