The functional advantages of trivalent chromium are higher cathode
efficiency and better throwing power. The better throwing power means
production rates are greater. Less energy is required because of the
lower current densities required. The process is more robust than
hexavalent chromium because it can withstand current interruptions.
From a health standpoint trivalent chromium is intrinsically less
toxic than hexavalent chromium. Because of the lower toxicity it is not
regulated as toughly, which reduces overhead costs. There are other secondary health advantages:
- Higher cathode efficiencies lead to less chromium emitted into the air
- Lower concentration levels result in less chromium waste
- The anodes do not discompose
Further to reviewing chromium plating processes , I was minded to take Mrs N to Rudesheim Magic Bike fest. |
The tagging process is somewhat like entering a sterilisation clinic |
A example of a fine minimalist backend |
Amstrad* retro "hifi" unit, circa 1968. |
Ladybird helmet captioned "eat more flies" |
Single malt whisky container thoughtfully provided by Harley Davidson - the idea of ownership is growing on me. |
Everyone except us was sporting some sort of uniform leder uniform |
These over wide tyres suffer from tram lining - I thought that was well known? |
*Note to non-UK readers, in the 1960s Amstrad was a premier brand of astonishingly good audio equipment lovingly handbuilt in Cricklewood or Brentwood or some dump like that near London using at least one transistor and sold without warranty at Laskys in the Tottenham Court Road. The owner of Amstrad went on to compere a situation comedy on BBC TV.