Platinum Q Saltreg

This system is used to produce bright and highly adherent deposits of low stress and low porosity platinum It has the added advantage of being non-toxic and non-explosive

Availability Platinum Q Saltreg plating solution Pt 5Q (Product code - 155050)

Platinum Q Saltreg replenisher (pH 10 adjusted) Pt 20Q (Product code - 155067)

Bath preparation The bath is supplied as a solution containing 5 gl of platinum This solution will have a pH of 102 - 108 at 20degC The bath should be heated to the operating temperature of 91degC - 93degC and the pH adjusted to the working range of 100 - 106 (optimum 105) This adjustment can be made by the addition of sodium hydroxide solution (10 wv) to increase the pH Regular addition of demineralised or distilled water is necessary in order to maintain the volume of the bath

Replenishment The platinum concentration of the bath should be maintained between 4 gl and 6 gl by adding Platinum Q Saltreg Pt 20Q replenishing solution as required Product code 155067 which is pH adjusted

Metal preparation Components should be degreased and cleaned by means of a procedure appropriate to the substrate in question The bath has been used to plate copper gold nickel titanium stainless steel and super alloys

Product name Platinum electroplating solution

Chemical formula [Pt(NH3)4](HPO4)

Product code UK - 155067 UK - 155050 CN - FM01PT0009

This product can be ordered worldwide underthe UK and CN product codes

CAS Number 127733-98-6

Product family Pgm compound solution (aqueous)

Process Electroplating

Market Aerospace

wwwchemicalsmattheycom Johnson Matthey Orchard Road Royston SG8 5HE UK Tel +44 1763 253000

copy Johnson Matthey 2015

Platinum Q Saltreg

Product name Platinum electroplating solution

Chemical formula [Pt(NH3)4](HPO4)

Product code UK - 155067 UK - 155050 CN - 1046009

This product can be ordered worldwide underthe UK and CN product codes

CAS Number 127733-98-6

Product family Pgm compound solution (aqueous)

Process Electroplating

Market Aerospace

Plating Conditions

Cathode current density 02 - 07 Adm2

(optimum 05 Adm2)

It is important to maintain the stated temperature range This is because the cathode current efficiency is substantially reduced at temperatures below 89ordmC Regular checks are essential to ensure that the recommended pH range is maintained

Shipping amp Handling Please refer to the relevant Safety Data Sheet for further information

wwwchemicalsmattheycom Johnson Matthey Orchard Road Royston SG8 5HE UK Tel +44 1763 253000

copy Johnson Matthey 2015