Products- Details

Innovation and continuous improvement is our mission. To provide our customers with the best applicable solution is our goal.

Details

FDHK-4-450/3600/950-S

tmax up to 950 °C

Rotary tube furnace, ASW insulation, gastight, tube inner diameter 375 mm, heated length 3600 mm, tmax 950 °C

Desizing of carbon short fiber.

 

Other possible applications could be heat treatment, calcination, drying, pyrolysis of bulk materials (powder, granules, fiber, waste).

The most important characterstics

  • Fully automated operation
    • Industrial rotary tube furnace
    • 4 heated zones
    • 3600 mm heated length
    • 375 mm tube inner diameter
    • 81 kW max. heating power
    • gastight
    • Adjustable furnace inclination 0 – 15 ° and rotation speed up to 5 min-1
    • Easy handling
    • Resistance heated with FeCrAl-heating elements
    • Max. operating temperature up to 950 °C
    • Pipe leakage monitoring
    • Metallic insert tube (1.4841)
    • Insulation of high-quality ASW insulation boards
    • High energy efficiency
    • Charging via oscillating conveyors
    • Gassing device for nitrogen
    • Cascased product cooling via cooling plate and cooling belt in inert gas atmosphere

We make it possible

Linn High Therm is specialized in adapting its products to customer’s requirements. Please let us know if you need any modifications apart from our standard offer. We will do everything to satisfy your wishes.

Standard options

  • Different temperature controller
    • Burning-off device with flame supervision for safe operation when using flammable and explosive gases
    • Gas warning system for safe operation when using flammable and explosive gases
    • Condensate trap
    • Thermal afterburning
    • Process-guiding software for full control and documentation via PC
    • Cooling water heat exchanger
    • Uninterruptable power supply (UPS)

 

Product properties

Product Line: special product
Operation Mode: Batch
Construction Types:
Designs:
Temperature Max (°C): 950
Heatings:
Heatingmethods:
Atmospheres:
Applications: