Exacting quality control, adherence to AMS 2700, and ISO 9001:2015 certification, along with customer specifications, have earned the trust of aerospace manufacturers. Electropolishing is commonly used as pre-surface treatment for Dye Penetrant Testing.
ISO 9001:2015 certification and adherence to international standards including ASTM and SAE.
ASTM B912 standards for electropolishing stainless steel and ASTM A967 and ASTM A380 for the cleaning, passivation and testing of stainless steel parts.
Decades of experience electropolishing metal parts for hydraulics and pneumatics. ISO 9001:2015 certification.
Strict quality control standards, adherence to customer specifications, ISO 15730, ISO 9001:2015, and ASTM B912 certification.
Removal of weld discoloration, improved corrosion resistance, and high-shine finish that can stand up to heavily corrosive environments like salt water. ASTM and ISO 9001: 2015 compliance.
Biocompatibility and quality control including ISO 13485: 2016 certification, ISO 10993 Part 1 compliance, and ASTM F86 for implanted devices.
Meets ISO 10993 Part 1 biocompatibility standards while leaving parts with improved corrosion resistance and a highly cleanable and pathogen resistant surface.
Adherence to dimension and surface finish requirements for semiconductor parts. Meets SEMI F19 specs for wetted surface characterization and finish criteria for electropolished 316L stainless steel.
In an undertaking as meticulous and methodical as electropolishing and passivation, it’s important to get the details right. That includes meeting the criteria established by outside standard-setting bodies that ensure the highest-quality materials and parts for critical industries like pharmaceuticals,…
Passivation is an essential finishing process enhancing the durability and efficacy of metal parts in industries with no room for error, such as medical device manufacturing. Critical to ensuring that medical devices perform reliably over time, passivation uses a specialized…
Among the most demanding surface finish requirements of any industry, the specifications, standards and quality assurance processes that cover components used by the semiconductor industry impose metal finishing criteria that leave nothing to chance.
Crafting aerospace components demands precision down to the microscopic level. Through meticulous removal of contaminants and enhancement of corrosion resistance, metal finishing techniques such as passivation help ensure part performance and longevity.
