MCP Properties
  Advantages of MCPs
  MCP Products
  Importance of MCPs
  MCP Capabilities
  MCP Applications
  Particle Size Table
  Cast LBS
  Molded LBS
  Plated LBS
  LBS Inc.
 



Federal Technology Group offers a new class of specialized metal powder materials and products. Our metal-cladding composite particles with enhanced properties are created through our patent-protected water-based metal plating process, which allows us to coat particles 10-20 times faster than other techniques and to apply consistent, high-quality metal coatings to a wide range of particulate materials. Coverage of each particle is uniform and complete.

Applications for our metal-coated particles include thermal management/spray; EMI & RFI shielding; rapid laser forming; cutting tools; green bullet; shape charge/penetrator; metal-matrix composites; and other specialty uses.



LBS technology consists of an internal triangle mesh that acts as an interlocking truss system. As mentioned above, this matrix of triangles is strong and significantly lighter than many alternative structures. LBS offers weight reduction of up to 90 percent over monolith structures of the same material, and greatly enhanced shear strength compared to honeycomb structures.

LBS products can be engineered for desired mechanical performance levels and are indicated for a wide variety of applications ranging from aerospace and automobile components to furniture and sporting goods.

 
Our MCPs
Our patent-protected water-based metal plating technology allows us to coat particles 10-20 times faster than other companies and apply consistent, high-quality metal coatings to a wide range of particulate materials.

Coverage of each particle is uniform and complete.

Contact Us
To find out how we can work with you to provide a customized solution, please contact us at:

1-406-586-4182 ext. 120 or info@fedtechgroup.com

Our LBS
The matrix of triangles in our interlocking truss system creates a support system unlike any other.

It gives these materials remarkable strength at significantly reduced weights.