Buying a washing machine relates very little to the metal involved, and more to do with the production costs, and since almost all if not all are made in other countries, the cost of shipping, etc. When you think about the actual value of the metal in regards to it's weight, even large fluctuations in the value of metal would affect the actual price of a washing machine very little.
I was reading about
metal recycling in regards to the spot prices of metals. As we do a better and better job recycling metals, the cost of those metals goes down. The relation is based on the fact that it's far less expensive to melt a recycled metal of known alloy, instead of recovering metals from a complex matrix of elements and then refining it to higher purity, and then alloying it with other metals to create specific alloys for industry.
For example, in my own business, it is far less labor and cost intensive to separate karat jewelry, or in some cases to take existing karat jewelry and alter it slightly by adding whatever metals needed to ensure it's a specific karat. Yet I am also currently working with a complex ore, I have been for almost 4 months now where the values, the precious metals are locked up in an extremely complex matrix of other elements and minerals. One specific mineral requires a specific flux formulation in order to break it's elemental bonds so that the minerals become metals and thus release the encapsulated metals inside. It's been very expensive and a long hard road of testing, re-testing, assaying, etc. The equipment alone is extremely expensive, the induction furnace was around $37k, the crucibles that can only be used for an average of about 20 times are about $25 each for the small ones, and can be upwards of $100 for the cheapest large crucibles, or when melting more pure metals the crucibles cost between $150 - $300 each for zirconium. To assay by XRF would cost on average $15 per scan so I recently purchased an XRF for $17,000, within the very first week I had used it over 300 times alone. It's expensive to say the least, where a known alloy I can scan once to get the percentages, then alloy it with whatever required to increase whatever metal needed to make it a specific karat, and then scan once again by XRF to ensure the karat.
It's almost counter intuitive, the more that is recycled, the more of those metals available on the market, the less demand for those metals, the more offers for those metals, the more competitive the prices become, the less recycle/scrap yards are able to pay. It's good for the environment, bad for the pocket.
Scott
Bookmarks