The Lund Industrial Group has one of the broadest ranges of capabilities in the cutting and wear coatings industries. We can either fabricate your entire cutting or wear part, have it fabricated for you and then apply our wear enhancing capabilities, or apply those capabilities to parts provided by you.
Engineering Design: Our highly skilled engineering staff uses state-of-the-art Computer Aided Design techniques to develop product specifications, tooling and fixtures. This is especially important for custom hot-formed designs.
Material Selection: We are familiar with a wide variety of steels, including high carbon, low carbon,
boron, silicone manganese, high-speed tool steels, etc. Depending on the application, one of these materials will likely provide the optimum performance.
Heat Treating: The Lund Industrial Group can provide the following types of heat-treating: quench and temper; austempering; neutral, endothermic, exothermic, and hydrogen atmosphere heat-treating; and vacuum hardening. In addition, selective multi-zone induction hardening is one of the company’s greatest strengths.
Surface Enhancement and Wear Treatment: Depending on the application (cutting wear life, abrasion resistance, corrosion protection) the Lund Industrial Group can choose from among a wide variety of surface enhancement capabilities:
- Tungsten carbide thermal spray-and-fuse coatings - we have over 115 tungsten carbide powder formulations from which to choose.
- Proprietary WEAR-TUFF ® sintered-and-fused abrasion resistant coatings.
- BrazeCoat ® ultra-high-density tungsten carbide and chromium carbide brazed coatings.
- Welded inlays.
- Laser Clad Hard Facing
- Plasma Transfer Arc (PTA) deposited coatings.
- High Velocity Oxygen Fuel (HVOF) deposited coatings.
Painting and Finishing: The following are available final finishes: laser identification,
water-based dip painting in a variety of colors, black oxide, screen printing, and
custom corrugated sleeves and packaging.
For a Detailed Description of Our Process Capabilities Please See: Technical Information