ELECTROLESS PLATINGS
Process | Compositions& Operating Conditions | Applications & Features | |
ELECTROLESS NICKLE PROCESS 850-D |
Part- 850A Part- 850B Part- 850C Temp pH time |
60 ml/l 90 ml/l 50 ml/l 85-90°C 4.1-4.5 22-25 microns in 1 hour |
Gives a semi bright non porous and hard nickel coating mainly used for intricated shaped articles. Hardness can be increased by baking at 300°C in oven for 2 hours to achieve 600HV |
ELECTROLESS NICKLE PROCESS 950-D |
Part- 950A Part- 950B Part- 950C Temp pH time |
60 ml/l 90 ml/l 50 ml/l 85-90 C 4.1-4.5 22-25 microns in 1 hour |
Gives a semi bright non porous and hard nickel coating mainly used for intricated shaped articles. Hardness can be increased by baking at 300°C in oven for 2 hours to achieve 600HV. The system is lead and cadmium free. |
ELECTROLESS PROCESS 350 | Part-350 A Part- 350 B Part- 350 C Temp pH time |
60 ml/l 90 ml/l 50 ml/l 40-60 C 8-8.5 (adj. with ammonia) 15-18 microns in 1 hour |
Gives a semi bright non porous nickel coating mainly used for POP |
ELECTROLESS CHROME NICKEL PROCESS NICHEM 18 | NICHEM 18 CONC.5X Temp pH time |
200 ml/ltr. 85-90 C 4.0-4.4 20-22 microns in 60 min. |
Unique electroless nickel with trivalent chrome process.It gives white steel finish and upto 18 % chrome contents in coated layer under controlled conditions which gives very high corrosion protection. |
ELECTROLESS COPPER | PART A Part B Temp pH | 200 ml/ltr. 100 ml/ltr. 50-60 C 10-11 |
Electroless Copper system is used to give a copper coating on intricated shaped articles or PCBS |
ELECTROLESS TIN | Concentration Temp pH time Part A & B |
50-100 ml/ltr. 50-100 C 2.0-5.0 2-5 min. |
Electroless Tin can be used on copper & Copper alloys to increase the current carrying conductivity |