BEC Announces:

BEC 455, Zinc-Tin VLHE:

BEC 455 can be used for repair of IVD Aluminum and as a Cadmium replacement.

BEC 455 has proven itself as the only portable and effective repair procedure for IVD Aluminum and features:

  • Exceeds the corrosion resistant requirements of MIL-C-83488C Class 1 and Class 2.
  • No bi-metallic corrosion of the IVD coating, base metal of the Zinc-Tin coating.
  • Conformance to low hydrogen embrittlement requirements and does not require a post plate bake.
  • The deposit can be plated over steel base metals and existing IVD Coatings with excellent adhesion.

BEC 455 is an environmentally friendly replacement for Cadmium that exceeds the requirements of QQ-P-416 and features:

  • Salt spray corrosion resistance in excess of Type I and Type II Requirements.
  • Conformance to low hydrogen embrittlement requirements and does not require a post plate bake.
  • The deposit can be plated over the steel base metals and existing Cadmium plating.

 

BEC 221-C Stainless Steel Passivating Solution

BEC 221-C Stainless Steel Passivating Solution that is citric acid based, which makes it an environmentally friendly solution.

BEC 221-C Stainless Steel Passivating Solution joins our BEC 222 Stainless Steel Passivating Solution as a portable efficient and economical way to serve your passivating needs. Both BEC 222 and BEC 221-C meet the requirements of QQ-P-35C.

 

BEC 97, Boric-Sulfuric Anodize

The latest solution in the BEC line for Chromic Acid Anodize replacement.

The Boric-Sulfuric Anodize exceeds the requirements of MIL-A-8625, Type I and features:

  • salt spray corrosion resistance in excess of 336 hours without post anodic sealing.
  • easy room temperature application for selective anodize applications.
  • environmentally compliant solution minimizes hazards to technicians and environment.

 

 

 

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