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Die Plansee-Gruppe 2011

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<strong>Plansee</strong> High Performance Materials<br />

Position strengthened in Asia Highlights<br />

In a volatile market environment, <strong>Plansee</strong> HPM ended the<br />

<strong>2011</strong>/12 fiscal year with record results. While demand from<br />

the lighting and electronics industry and power engineering<br />

fell over the course of the year, it continued to be strong in<br />

the medical technology and aerospace sector.<br />

<strong>Plansee</strong> HPM is carrying out an initiative to increase productivity<br />

and quality, as well as expanding its capacity<br />

across the entire value chain. As a result, its status as a<br />

leader in cost and quality is continuing to grow stronger,<br />

particularly when it comes to manufacturing semi-finished<br />

products (sheets, rods and wires) made of refractory metals.<br />

The division has further strengthened its position in Asia by<br />

integrating the fine wire manufacturer Wolfra-Tech (today<br />

<strong>Plansee</strong> India) and acquiring the Korean bonding specialist<br />

TCB.<br />

Rotary target of <strong>Plansee</strong> Korea Bonding<br />

Heating front windshields<br />

<strong>Plansee</strong>’s tungsten wires have been<br />

illuminating light bulbs since 1921.<br />

Today refractory metals are an important<br />

component in halogen lamps,<br />

high intensity discharge lamps and<br />

fluorescent tubes. Virtually invisible<br />

fine tungsten wire also heats the<br />

front windshields of automobiles.<br />

Fine tungsten wire<br />

Cooling LED chips<br />

Mo-15Cu is a new molybdenumcopper<br />

composite material specially<br />

developed for sapphire-based LED<br />

chips. The material safely dissipates<br />

heat. Its thermal expansion factor<br />

is optimally matched to that of sapphire,<br />

thereby preventing defects in<br />

the semiconductor structure.<br />

Annealing engine components<br />

As increasingly large titanium<br />

components are produced for aircrafts,<br />

so increasingly large vacuum<br />

furnaces are required in which to<br />

achieve the required material properties.<br />

Heater elements made of refractory<br />

metals guarantee a high purity<br />

atmosphere in the furnace and easily<br />

withstand temperature fluctuations.<br />

12 | 13<br />

Molybdenum-copper wafer substrates<br />

Heater element for high vacuum<br />

furnaces

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