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Sintered Parts with Axial Pressing Technology

Powder metallurgical shaping processes from Schunk Mobility

Axial pressing technology as a shaping process in the production of sintered components involves pressing a metal powder mixture into the die under high pressure. This produces a so-called green compact, which is given its mechanical strength by sintering. The axial pressing process is an efficient manufacturing technology, especially for complex component geometries in large quantities.

 Modern press machines with digital control for precise axial pressing in material processing
 Powder material for axial pressing: Piles of fine and coarse powders in grayscale

Metal Powder

Base powder – pure metals and alloys: We exclusively use metals and alloys of leading powder manufacturers. Our quality inspection guarantees that the powder fulfils the specified powder properties such as flow, fill and compression characteristics.

 Industrial mixing device with digital control for precise axial pressing and material processing

Mixing

Ready-made mixtures and our own mixtures: All mixtures are produced from specially-developed and strictly-defined formulas. This allows us to ensure that all our materials meet the high quality standards of the automobile industry. We define customized material properties together with you for your products and design them in a manner compatible with your application and with sintering technology.

 Modern press machines with digital control for precise axial pressing in material processing

Pressing

Use of mechanical, hydraulic and electric powder presses: The ready-mixed metal powders are pressed in shaping tools with a pressing force of 30 to 8,000 kN to form manageable components. Since we have various powder presses available, we can select the most suitable one for your specific component.

 Automated conveyor press with digital control for efficient axial pressing of materials

Sintering

The highest degree of strength and dimensional accuracy through hardening in the sinter heat: The green parts form firmly-bonded contacts through diffusion processes during the heat treatment, or what we call sintering. By hardening in the sintering furnace, we achieve top values for strength and dimensional accuracy. Changes in dimensions (volumes, increase in length or shrinkage) are precisely pre-calculated and taken into consideration when designing the molding tool.

 

 Precision tools for axial pressing of high-performance components

Finishing and Refining

We deliver ready-to-install components: The refining competences of Schunk Mobility go well beyond the commonly-used finishing processes such as machining, calibrating, surface treatments, impregnation, thermal aftertreatments, etc. For example, it can be advantageous to carry out machining procedures on so-called green parts to enhance the effectiveness of finishing work. We decide on and individual basis together with you what refinement procedures are most technologically and economically sensible for your component and application.

Advantages

You too can profit from the advantages of sintering technology

 

  • Reproducibility, even in extremely large volumes
  • Ready-to-install parts at low unit costs
  • Material yield of nearly 100 %
  • Components in all stages of finishing
  • Environmental friendliness due to high degree of material and energy efficiency 
  • Recyclability
  • Streamlined, stabile processes (LeanSigma)
  • Narrow tolerances, even for complex geometries
  • Weight savings compared to parts manufactured with other production methods
Brochure: Advanced Solutions
Brochure: Advanced Solutions

Creating Future. With carbon and ceramics.

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Brochure: Pressed to Size Lightweight Solutions in Serial Production
Brochure: Pressed to Size Lightweight Solutions in Serial Production

Carbon fiber sheet molding compound

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Brochure: High Temperature Graphite Bearings
Brochure: High Temperature Graphite Bearings

Dry lubrication for exhaust valves

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Brochure: Injection Molded Components
Brochure: Injection Molded Components

As bearings in electric coolant-pumps

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Flyer: Latent Heat Carbon
Flyer: Latent Heat Carbon

Graphite-based thermal management systems

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Brochure: Carbon-Graphite Rotor and Vanes
Brochure: Carbon-Graphite Rotor and Vanes

For rotary vane compressors and vacuum pumps

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Brochure: Driven by Imagination
Brochure: Driven by Imagination

Leading carbon technology for electrical, mechanical and thermal systems in cars

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Brochure: Shaft Grounding Contacts
Brochure: Shaft Grounding Contacts

Excellent bearing & RFI protection for future e-mobility

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Brochure: Hybrid Parts: Sintermetal and Carbon
Brochure: Hybrid Parts: Sintermetal and Carbon

Imagine the possibilities

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