MicroClean™ BS
MicroClean BS is a deoxidizer formulated for titanium alloys including Nitinol. It is characterized by moderate aggressiveness, which makes is a good choice for removal of more robust oxides.
MicroClean BS is a deoxidizer formulated for titanium alloys including Nitinol. It is characterized by moderate aggressiveness, which makes is a good choice for removal of more robust oxides.
MicroPolish and MicroPolish II are two inhibited deoxidizers formulated for titanium and titanium alloys including Nitinol. Each product acts as a cleaner/deoxidizer and slow chemical polish effective in removing surface metal oxides but only slowly etching base metals. Of the two polishes, MicroPolish is slightly more aggressive. Overall, the etch rates are low for both polishes when compared to traditional deoxidizing chemistries. They are particularly suitable for applications where avoiding dimensional and weight losses is of critical importance (for example in devices utilizing fine wires).
MicroPolish II and MicroPolish are two inhibited deoxidizers formulated for titanium and titanium alloys including Nitinol. Each product acts as a cleaner/deoxidizer and slow chemical polish effective in removing surface metal oxides but only slowly etching base metals. Of the two polishes, MicroPolish II is slightly less aggressive. Overall, the etch rates are low for both polishes when compared to traditional deoxidizing chemistries. They are particularly suitable for applications where avoiding dimensional and weight losses is of critical importance (for example in devices utilizing fine wires).
ChemPolish RL (RDZ-1934) is an acidic bath used for cleaning, polishing and passivating 300 series (austenitic) stainless steel to render it suitable for use in extreme environments such as high vacuum, medical and aerospace applications. The surface is cleaned completely of any organic contamination and is free of soluble inorganic residues. ChemPolish RL (RDZ-1934) leaves a clean finish, free of etching, hydrogen embrittlement or halide induced stress cracking.
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