AlumiPlate

Alumi Plate

Aviation & Aerospace, 8960 Springbrook Dr Nw Ste 105, Minneapolis, Minnesota, 55433, United States, 11-50 Employees

alumiplate.com

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Who is ALUMIPLATE

AlumiPlate, Inc. is the exclusive provider of the unique PURE ALUMINUM ELECTROPLATING process. In use since 1995, AlumiPlate Inc. has helped mitigate and solve tough corrosion problems. S...

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  • 8960 Springbrook Dr Nw Ste 105, Minneapolis, Minnesota, 55433, United States Headquarters: 8960 Springbrook Dr Nw Ste 105, Minneapolis, Minnesota, 55433, United States
  • 1995 Date Founded: 1995
  • 11-50 Employees: 11-50
  • dollar-icon Revenue: $1 Million to $5 Million
  • tech-icon Active Tech Stack: See technologies
  • Bill Carlson CEO:   Bill Carlson

industries-icon Industry: Aviation & Aerospace

SIC SIC Code: 3471 | NAICS Code: 332813 | Show More

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AlumiPlate Org Chart and Mapping

Bill Carlson

Chief Executive Officer and President

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Frequently Asked Questions Regarding AlumiPlate

Answer: AlumiPlate's headquarters are located at 8960 Springbrook Dr Nw Ste 105, Minneapolis, Minnesota, 55433, United States

Answer: AlumiPlate's phone number is 76********

Answer: AlumiPlate's official website is https://alumiplate.com

Answer: AlumiPlate's revenue is $1 Million to $5 Million

Answer: AlumiPlate's SIC: 3471

Answer: AlumiPlate's NAICS: 332813

Answer: AlumiPlate has 11-50 employees

Answer: AlumiPlate is in Aviation & Aerospace

Answer: AlumiPlate contact info: Phone number: 76******** Website: https://alumiplate.com

Answer: AlumiPlate, Inc. is the exclusive provider of the unique PURE ALUMINUM ELECTROPLATING process. In use since 1995, AlumiPlate Inc. has helped mitigate and solve tough corrosion problems. Some of the worlds largest companies, like Applied Materials and Raytheon, rely on the process of electroplating aluminum to protect components in aggressive environments or exposed to high temperatures. The process has been used for plating aluminum, steel, copper, titanium and many other materials. UNSURPASSED ANTI-CORROSION COATING Extensive OEM testing has consistently shown that 99.99% pure electroplated aluminum outperforms other anti-corrosion coatings. Aluminum electroplating combines high purity, chemical resistance to corrosion from chlorides and sulfides, a naturally occurring self-healing oxide and high temperature capability (in excess of 300 C) into an unbeatable coating package. USED IN CRITICAL APPLICATIONS Electroplated aluminum is the coating of choice for critical high strength aerospace components that are sensitive to hydrogen embrittlement or re-embrittlement while in service. AlumiPlate aluminum protects critical flight-safety landing gear, pins, fasteners, housings and couplings used in numerous military and commercial aerospace programs. HAZARDOUS COATING REPLACEMENT Pure electrodeposited aluminum is non-toxic, recyclable and 100% compliant with the European Unions directives for Restriction of Hazardous Substances (RoHS), and Regulation for Registration, Evaluation, Authorization and Restriction of Chemicals (REACH). FULLY AUTOMATED PROCESS The process is fully enclosed and uses automated equipment custom built for electroplating aluminum. In addition to improved repeatability and robustness, the automated and enclosed system limits both waste streams and emissions. Through common distillation and recycling techniques, the process has the potential for zero emissions and zero worker exposure. The coating and its application process are truly benign and environmentally-friendly. EXTENSIVE IN-HOUSE R&D As the leader in electroplated aluminum services and technology, AlumiPlate continues to develop its products and services portfolio. The company recently introduced the patent-pending AlumiPlate Bond LayerTM to allow for direct plating onto aluminum alloys. Development is underway to optimize the anodization of the coating. Pure electroplated Al can be applied and then anodized over any substrate. The resultant anodize is very pure with an improved void-free structure, and better anti corrosion and di-electric properties. Components requiring an attractive surface can benefit from the novel and aesthetic potential of a highly pure anodize layer.

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