Anti-Corrosion Coating for Fasteners
AlumiPlate’s high purity electrodeposited aluminum anti-corrosion coating for fasteners provides the best corrosion protection available anywhere for critical fastener applications.
Unlike organics, AlumiPlate aluminum a provides tough, thin, uniform metallic coating that gives you superior sacrificial corrosion protection in the toughest environments.
With the addition of specifically tailored friction modifiers, AlumiPlate can engineer fastener coatings that will match any of your torque-tension requirements and will exceed your most demanding corrosion protection challenges.
If you need NAS 4006 coatings for your aluminized fasteners, electroplated aluminum is fully compliant with this aerospace specification.
Present AlumiPlate manufacturing capacity allows rack plating at competitive small lot bulk plating prices. We have existing capacity to process significant volumes of fasteners.
Anodized Aluminum Fastener Coatings From AlumiPlate
We are experts at engineering optimum performance solutions for difficult fastener applications. By electroplating with high purity aluminum and the right lubricant, we can offer a fastener coating solution that is truly corrosion resistant, non-embrittling, environmentally friendly and capable of standing up to the rigors of repeated torque and tension.
Aluminum electroplated fasteners are able to withstand high temperatures (752 F/400 C) and more than 1,000 hours of salt spray exposure (ASTM B-117). The coating is ideal for high strength steel fasteners, and stainless steel fasteners or other high temperature fastener materials. The thin coating application — usually around 0.0003” — will not fill the fastener threads and makes it easy to adhere to most dimensional requirements.
Protect your connection points from galvanic and environmental degradation with AlumiPlate electroplated aluminum coating on bolts, screws or other fasteners. Contact us for more information on anti-corrosion fastener coatings or to discuss your application in more detail.