MMFJ
Well-known member
Lots of info on the board about yield of gold/lb of fingers (Flb), but haven't found anything that addresses the approximate Flb to total PCI weight (PCIlb), or ratio of Flb/PCIlb.
Of course, it varies a bit by the type/brand/manufacturer/etc as to total card weight, and a thousand variables of amount of gold per finger, etc. but I'm wondering if anyone has some data on overall 'average', which would come from several hundred pounds of 'mixed' cards.
We have an opportunity to purchase PCI cards by the gaylord (about 600 lbs a shot) and get maybe 2-3 gaylords (or more) per month.
This particular supplier tosses into their 'PCI' box just about anything that isn't the motherboard, processor, power supply or carcass (which means there will be a mix of any/all 'true' PCI cards as well as Expansion Boards and such). We'll of course have to sort through those and sell them as different types - some of which currently pay (per boardsort.com rates) far below what we will have to pay per PCIlb.
We can't just 'flip' the load to boardsort and make any money (just below a break even, depending on total shipping) and although we are looking for other rates, currently, they are 'the best', although shipping costs are killing us!
To bring more cash when we sell, we will remove all the fingers from the cards as well as the 'easy' (socket) chips and sell them separately.
We have limited data on just what to expect in the way of fingers from such a load and could really use your help/data on approximate yields.
Over the past couple months, we have sold 37.9 lbs of trimmed PCI cards and collected 2.5 lbs of 'clean' (snapped off) fingers (we have a guy building us a jig that will make the work simpler and more consistent).
The challenge is that we also collected a lot of other fingers from various/sundry parts like power supplies and such - perhaps .5 Flb, but we have no solid data there and so the best we can do is GUESS, which is not very preferable on these tight margins!
Presuming that we have a 'sample' worth evaluating, from our previous runs;
AMOUNT OF FINGERS PER POUND OF PCI CARDS
That being the case, we can estimate
Taking that to data readily available in the forum
can we presume that
This info is critical to this purchase as we must beat (by at least $.05/PCIlb) an existing, long-time purchaser that recently raised their rates (plus they pick up for free so there's no shipping loss to the supplier...). We will actually be required to pay very close to the 'With Fingers' price we currently get from boardsort - plus our current shipping rate (which will go down somewhat with pallets, though we don't have solid data on that just yet), which makes 'flipping' the load impossible (although we have really tried to go that route! :wink:
Considering the time/effort of removing all the fingers, etc. the venture is 'worth it' (i.e., better than break even), though only because it gets our foot in the door for buying other 'bigger' parts from this (and other, friendly-to-them) supplier. Depending on the actual yield (if it really is 2 ozt Au), that offsets our shipping and labor and we can offer what the supplier wants and still come out with a small button from each load, which will be nice...
We already pay slightly more than anyone on their processors and last month picked up 46 lbs of them (with 28 Pentium Pros in the lot....
and will pick up another batch next week, which is why they are now giving me an opportunity to bid on the other gaylords of stuff they get each month - and told me exactly what price we'll have to offer to get it, so I know just what we have to shoot for at least!
We could really use some input from anyone that has kept data on the Flb/PCIlb to make sure we won't be PAYING to take this load!
Your comments are encouraged and welcome!
Of course, it varies a bit by the type/brand/manufacturer/etc as to total card weight, and a thousand variables of amount of gold per finger, etc. but I'm wondering if anyone has some data on overall 'average', which would come from several hundred pounds of 'mixed' cards.
We have an opportunity to purchase PCI cards by the gaylord (about 600 lbs a shot) and get maybe 2-3 gaylords (or more) per month.
This particular supplier tosses into their 'PCI' box just about anything that isn't the motherboard, processor, power supply or carcass (which means there will be a mix of any/all 'true' PCI cards as well as Expansion Boards and such). We'll of course have to sort through those and sell them as different types - some of which currently pay (per boardsort.com rates) far below what we will have to pay per PCIlb.
We can't just 'flip' the load to boardsort and make any money (just below a break even, depending on total shipping) and although we are looking for other rates, currently, they are 'the best', although shipping costs are killing us!
To bring more cash when we sell, we will remove all the fingers from the cards as well as the 'easy' (socket) chips and sell them separately.
We have limited data on just what to expect in the way of fingers from such a load and could really use your help/data on approximate yields.
Over the past couple months, we have sold 37.9 lbs of trimmed PCI cards and collected 2.5 lbs of 'clean' (snapped off) fingers (we have a guy building us a jig that will make the work simpler and more consistent).
The challenge is that we also collected a lot of other fingers from various/sundry parts like power supplies and such - perhaps .5 Flb, but we have no solid data there and so the best we can do is GUESS, which is not very preferable on these tight margins!
Presuming that we have a 'sample' worth evaluating, from our previous runs;
AMOUNT OF FINGERS PER POUND OF PCI CARDS
- ~5% Flb/PCIlb <<< ===== CRUCIAL data - please comment on your yields!
That being the case, we can estimate
- ~30 Flb from a 600 PCIlb Gaylord.
Taking that to data readily available in the forum
- (2g Au/1 Flb and/or 1 ozt Au/15 Flb)
can we presume that
- 1 PCIGaylord = ~2 ozt Au?
This info is critical to this purchase as we must beat (by at least $.05/PCIlb) an existing, long-time purchaser that recently raised their rates (plus they pick up for free so there's no shipping loss to the supplier...). We will actually be required to pay very close to the 'With Fingers' price we currently get from boardsort - plus our current shipping rate (which will go down somewhat with pallets, though we don't have solid data on that just yet), which makes 'flipping' the load impossible (although we have really tried to go that route! :wink:
Considering the time/effort of removing all the fingers, etc. the venture is 'worth it' (i.e., better than break even), though only because it gets our foot in the door for buying other 'bigger' parts from this (and other, friendly-to-them) supplier. Depending on the actual yield (if it really is 2 ozt Au), that offsets our shipping and labor and we can offer what the supplier wants and still come out with a small button from each load, which will be nice...
We already pay slightly more than anyone on their processors and last month picked up 46 lbs of them (with 28 Pentium Pros in the lot....
We could really use some input from anyone that has kept data on the Flb/PCIlb to make sure we won't be PAYING to take this load!
Your comments are encouraged and welcome!