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FAST Hybrid technology

Type H-HP D - hybrid heated

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Description

"Hybrid heating" is the combination of the FAST/SPS process with one or more heating systems, that normally influence the press tool systems from the outside. The thermal gradients of a standard FAST/SPS system, which are typically directed from the inside to the outside, can thus be compensated by the inversely directed gradients of the additional heating system. This further improves heating rates while optimising homogeneity and providing all the benefits mentioned above.

Hybrid technology is particularly advantageous for avoiding radial temperature gradients in large-format components or materials that are not sufficiently conductive. 

Nanomaterials can be sintered without significant grain growth
- FGM ("Functionally Graded Materials")
- Composite materials
- Innovative hard metals
- Aluminum and copper alloys and intermetallic compounds
- Structural and functional ceramics

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Main Specifications

  • Working temperature up to 2200 °C
  • Hybrid heater combination (direct, indirect, hybrid)
  •  Vacuum: 5x 10-2 mbar(a)
  •  Furnace atmosphere: Ar / N2 / He / H2 (3 %)
  • Servo-hydraulic force control
  • Precise, rigid press frame with low deformation and accurate plunger guidance
  • Easy accessibility
  • Double-walled, water-cooled stainless steel vacuum container
  • Handling systems, especially for large-format systems
  • Comprehensive, user-friendly control system
  • Siemens S7 and WinCC
  • Stange SE and ECS 2000

 

H-HP D
Standardtypes
Dimensions Component
[mm]
Max.
Pressing force
[kN]

Max.
Heating power FAST
[kW]

Max.
Heating power induction
[kW]
Max.
Heating power Hybrid
[kW]
H-HP D 10 Ø 40 (60) 100 35 30 60
H-HP D 25 Ø 100 250 60 80 100
H-HP D 60 Ø 150 600 120 120 200
H-HP D 320 Ø 300 2500 300 300 500
H-HP D 400 Ø 400 4000 400 400 700

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We will be happy to answer your questions and advise you according to your requirements and areas of application.

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