RBP Chemical Technology is the leader in development, manufacturing and the distribution of specialty chemical processes for the cleaning and passivation of implanted medical devices.

Solutions for cleaning, deoxidizing and polishing medical implant devices.

Find your material below to learn more about our processes and chemistry for medical implant devices.

Nitinol

Process StepProductDescription
Step 1: Pre-CleanMicroClean™ TiDegreaser+, designed to remove soils that could interfere with subsequent processes
Step 2: DeoxidizeTi Pickling Solution™Mildly acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroClean™ EV3Strongly acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroClean™ BSStrongly acidic, with hydrofluoric acid
Step 2: DeoxidizeMicroPolish™Strongly acidic, with hydrofluoric acid, inhibited, mild polishing action, relatively more aggressive
Step 2: DeoxidizeMicroClean™ 2160Moderately acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroClean™ 2151Moderately acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroPolish™ IIStrongly acidic, with hydrofluoric acid, inhibited, mild polishing action, relatively less aggressive
Step 2: Deoxidize, testMicroClean™ 2150Moderately acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroClean™ MVStrongly acidic, with hydrofluoric acid, inhibited, more aggressive
Step 3: ElectropolishElectroPolish NF™Room temperature electropolishing chemistry, organic
Step 3: ElectropolishNitinol ElectroPolish™Standard electropolish containing 70% Methanol/30% Sulfuric Acid; this product requires cooling to very low temperatures
Step 3: ElectropolishElectroPolish Ti2™Room temperature electropolishing chemistry, organic
Step 3: ElectropolishElectroPolish 2152Electropolish for Titanium and Titanium Alloys

Titanium Grade 5

Process StepProductDescription
Step 1: Pre-CleanMicroClean™ TiDegreaser+, designed to remove soils that could interfere with subsequent processes
Step 2: DeoxidizeMicroClean™ 2160Moderately acidic, free of hydrofluoric acid
Step 2: DeoxidizeMicroClean™ 2151Moderately acidic, free of hydrofluoric acid
Step 2: Deoxidize, testMicroClean™ 2150Moderately acidic, free of hydrofluoric acid
Step 2: DeoxidizeChemPolish Ti6Al4V™Strongly acidic, with hydrofluoric acid, inhibited
Step 3: ElectropolishElectroPolish NF™Room temperature electropolishing chemistry, organic
Step 3: ElectropolishElectroPolish Ti2™Room temperature electropolishing chemistry, organic
Step 3: ElectropolishElectroPolish 2152Electropolish for Titanium and Titanium Alloys

Cobalt Chrome

Process StepProductDescription
Step 1: Pre-CleanMicroClean™ TiDegreaser+, designed to remove soils that could interfere with subsequent processes
Step 2: DeoxidizeCoCr Cleaner™Strongly acidic, for light oxide
Step 2: DeoxidizeCoCr Cleaner™ IIEnhanced re-formulation of our CoCr Cleaner that provides a unique chemical portfolio for enhanced efficacy.
Step 2: DeoxidizeAlkaline Descale™A strongly oxidizing surface conditioner designed to descale cobalt/chromium and other chromium based alloys before chemical polishing or electropolishing
Step 2: DeoxidizeDescale Remover™An acidic chemistry that removes smut and residual metal oxide solubilized by Aklaline Descale
Step 3: ElectropolishCoCr ElectropolishAcidic electropolish chemistry

Stainless Steel

Process StepProductDescription
Step 1: Pre-CleanMicroClean™ TiDegreaser+, designed to remove soils that could interfere with subsequent processes
Step 2: CleanChemPolish™ RLAcidic chemistry for cleaning, polishing and passivating 300 series stainless steel
Step 2: CleanChemPolish™ SSAcidic chemistry for polishing and passivating 300 series stainless steel
Step 3: ElectropolishElectroPolish 4000™Wide operating parameter general use electropolish chemistry.
Step 3: ElectropolishElectroPolish 5000™Acidic electropolish chemistry