Schunk Graphite Technology LLC Career Opportunities

Company:
Schunk Graphite Technology LLC
Current Opportunities (3)
Location(s):
W146 N9300 Held Drive
Menomonee Falls,  WI
53051
Map Location(link opens in new window)
Phone:
(262) 253-8720
Fax:
(262) 255-1391
Industry:
Manufacturing / R&D (non-computer)
Size:
100-499

Company Overview

Since 1978, Schunk Graphite Technology (SGT), The Schunk Group's United States and Canada manufacturing and distribution company, has provided Schunk’s world-class products to the North American market. SGT has a proven track record of providing the highest quality products, on-time deliveries at competitive prices. Using state-of-the-art manufacturing practices, SGT produces and sells carbon, graphite, ceramic and complementary products for electrical, mechanical and thermal applications.

SGT manufactures in: Menomonee Falls, Wisconsin. SGT's sister companies involved in other markets are:

  • Xycarb Ceramics, Georgetown, TX www.xycarb.com for Semiconductor Engineering products.
  • Schunk Electrocarbon, Toluca, Mexico www.schunk.com.mx for Machined, Mechanical Carbon products.

    SGT employs about 130 people in its Menomonee Falls plant. The Menomonee Falls plant has 75,000 square feet of manufacturing and distribution space. SGT's quality system is registered to ISO 9002.

    Because Schunk offers a complete range of carbon and graphite, fiber composite and ceramic materials, SGT is uniquely qualified to solve our customers' materials and applications problems.

    SGT's strength lies in its ability to offer solutions to complex problems and demanding applications by selecting and matching products and materials to meet specific requirements.

    Schunk's manufacturing facilities provide efficient mass-production, as well as, fast-turnaround, cost-effective small lots for end-users and repair shops. Additionally our laboratories are equipped to meet customer-specific requirements. Stations are available for measuring sound and oscillation levels, as well as radio interference suppression.