Plansee SE

Metallwerk-Plansee-Str. 71, 6600 Reutte
Austria
Telephone +43 5672 600-0
Fax +43 5672 600-500
info@plansee.com

Hall map

THERMPROCESS 2019 | GIFA 2019 hall map (Hall 10): stand G59

Fairground map

THERMPROCESS 2019 | GIFA 2019 fairground map: Hall 10

Our range of products

Product categories

  • 08  Moulding auxiliaries
  • 08.03  Foundry tools

Foundry tools

  • 17  Pattern and die making
  • 17.01  Pattern and die making, machines and tools
  • 17.01.06  Patternmaking and die making tools

Patternmaking and die making tools

  • 17  Pattern and die making
  • 17.02  Pattern and die making materials and standard elements
  • 17.02.01  Metals and alloys

Metals and alloys

  • 17  Pattern and die making
  • 17.03  Pattern equipment, permanent moulds and accessories
  • 17.03.02  Permanent moulds, gravity dies

Permanent moulds, gravity dies

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.05  Hard Metals
  • 01.05.10  Other thermal processes
  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.06  Ceramics
  • 01.06.02  Sintering

Sintering

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.04  Brazing

Brazing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.05  MIM (Metall Injection Moulding)

MIM (Metall Injection Moulding)

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.07  Reducing

Reducing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.08  Purification

Purification

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.10  Sintering

Sintering

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.13  Heat treating
  • 01.07.13.02  Stress-relieving annealing

Stress-relieving annealing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.13  Heat treating
  • 01.07.13.03  Homogenization annealing

Homogenization annealing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.13  Heat treating
  • 01.07.13.04  Solution annealing

Solution annealing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.13  Heat treating
  • 01.07.13.06  Soft annealing

Soft annealing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.07  Non-ferrous metals
  • 01.07.13  Heat treating
  • 01.07.13.07  Other annealing processes

Other annealing processes

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.02  Primary shaping
  • 01.08.02.03  MIM (Metall Injection Moulding)

MIM (Metall Injection Moulding)

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.02  Primary shaping
  • 01.08.02.04  Sintering

Sintering

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.03  Heat treating
  • 01.08.03.05  Annealing

Annealing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.03  Heat treating
  • 01.08.03.07  Hardening

Hardening

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.07  Joining technologies
  • 01.08.07.01  Welding

Welding

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.07  Joining technologies
  • 01.08.07.02  Brazing

Brazing

  • 01  Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
  • 01.08  Steel and Iron
  • 01.08.07  Joining technologies
  • 01.08.07.03  Other joining technologies

Other joining technologies

Our products

Product category: Other thermal processes

Perfectly metallized. Aluminum sputtering targets.

Aluminum possesses very high electrical conductivity. Together with molybdenum, it is used for metallization in thin-film transistors for TFT-LCD monitors, television sets and cell phone displays.

With a purity of 5N our aluminum sputtering targets are simply the best. Why is that so important to us? Impurities in sputtering targets impair the conductivity of the material. Particles of chromium, manganese, magnesium, silicon, iron and tin are particularly critical. But there's no cause for alarm: Any residual impurities are minimal. They are present only in concentrations well below the critical threshold values.

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Product category: Other thermal processes

Aluminium-Chromium sputtering targets.

Our aluminum-chromium (AlCr) targets and cathodes further enhance the toughness and resistance to oxidation of the nitride coatings of drills, milling machines, indexable cutting inserts and other tools.

The high thermal stability and resistance to oxidation of aluminum-chromium coatings means that higher feed speeds, cutting performance and metal removal rates can be achieved without difficulty. A coating of just one thousandth of a millimetre of our materials reliably protects your tools against wear even at high temperatures and therefore extends their service life. Our materials are applied using the reactive magnetron sputtering process or arc evaporation.

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Product category: Other thermal processes

Chromium. Optimum protection for important components.

The hard material coatings chromium (Cr) and chromium nitride (CrN) optimally protect engine components such as piston rings against premature wear and consequently extend the useful life of important engine parts. Chromium is used as a bonding layer for DLC coatings (Diamond Like Carbon), for example on bucket tappets. Furthermore, when used as a decorative coating, our chromium gives watches, electronic goods, operating elements on appliances and a range of other products an attractive sheen.
Furthermore, when used as a decorative coating, our chromium gives watches, electronic goods, operating elements on appliances and a range of other products an attractive sheen.
Decorative chromium coatings are applied using the magnetron sputtering method. Wear resistant and adhesive layers can also be produced using the arc evaporation method.

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About us

Company details

Creating the future responsibly. Since 1921.

Safety, trust and sustainability - these are the values that helped us become what we are today. They testify to our feeling of responsibility towards our customers and the environment and are deeply rooted in our corporate philosophy. For us, one of the preconditions for sustainable economic activity is long-term supply security. We conclude forward-looking framework agreements with our suppliers and control every aspect of production ourselves - from the metal powder through to the finished product. In this way, we can ensure that our products are available when required and delivered in good time to our customers. To ensure that we continue to be a reliable partner in the future, we continuously invest in new technologies.

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