Once up to temperature the process of plating will keep the tank warm or if continuous plating is done then it may be a case of cooling the tank if it gets too hot! Temperature ranges for our plating electrolytes. 3) Combined heat and filtration systems are also used. 2) Heated air agitation is sometimes used in very large tanks. For larger tanks 1) Thermostatic tank heaters are the best method for larger tanks. Remember to give it several hours from cold to get to the correct temperature. 4) Thermostatic tank heaters are the easiest method as you can preset a temperature and leave it to warm up. 3) Place the tank on a heat mat normally for lower plating temperatures but will still raise the temperature. 2) Fill a plastic bottle with near boiling water and place inside the tank taking care not to overflow the tank. Easy ways to heat the tanks are as follows: For small tanks 1) simply place them in a bowl of boiling water and wait for them to warm up. All plating electrolytes will benifit from tank heating of some form. The Chemicals : Replica chrome 5 ltr 4 litres distilled water 1 kg nickel sulphate 125 g cobalt sulphate 220 g nickel chloride 160 g boric acid 230 ml nickel brightener Copper 5 ltr 4 litres distilled water 560ml of 36% sulphuric acid 900g copper sulphate 100 g sodium chloride 50ml cupracid ultra make up 3ml cupracid part A 3ml curpacid part B Nickel strike 5 ltr 4 litres distilled water 380 g nickel sulphate 380 g sodium sulphate 115 g ammonium chloride Heating When the ambient temerature drops and the plating tanks are unheated then it is time to consider some form of tank heating.
It is really important to use all the safety equipment recommended.! Use goggles,and proper gloves.
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