Advanced Technical Ceramics calculator
Ceramic Scrap Recovery Value Calculator
Ceramic Scrap Recovery Value tells a technical ceramics plant how many dollars it actually gets back from green, bisque or fired reject material once sorting, crushing and handling costs are netted out. Process engineers and cost accountants at alumina, zirconia and silicon nitride shops use it because the gap between gross scrap weight and real reclaim value is large: green scrap can be re-milled into slip, but fired or metallized parts often only fetch landfill-offset or downcycled-grog pricing. Getting this number right decides whether a reclaim line pays for itself or quietly burns labor. It also feeds yield-loss costing, because every recovered dollar offsets the material charge buried in your scrap rate.
What this calculator does
- Estimate recoverable value from ceramic scrap using scrap mass or parts, recovery value per unit, recoverable fraction, and handling cost.
- a production manager wants to estimate whether green or fired ceramic scrap is worth segregating for recovery
- It computes the net dollar value recovered from ceramic scrap as quantity times reclaim rate times recoverable fraction, then adjusts for sorting and handling cost.
Formula used
- Gross recoverable scrap value = recoverable scrap quantity × recovery value per unit × recoverable fraction
- Net ceramic scrap recovery value = gross recoverable value + sorting and handling cost entered as a positive or negative adjustment
Inputs explained
- Recoverable ceramic scrap (green/bisque/fired):
- Reclaim value per kg or part:
- Recoverable fraction after sorting:
- Sorting, crushing and handling cost:
How to use the result
- Use it when deciding whether to run an in-house reclaim/re-mill line, when quoting scrap credits to a recycler, or when costing the true material loss inside a high-scrap firing route.
- It assumes a single blended reclaim rate; in reality green, bisque and fired ceramic scrap carry very different recovery values, so split the calculation by stream if your mix is mixed.
Current U.S. benchmarks
- Steel mill PPI stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. New factory orders are up 2.3% year over year (Census).
Common questions
- How do you calculate ceramic scrap recovery value? Multiply recoverable scrap quantity by the reclaim value per unit, then by the recoverable fraction, then add or subtract handling cost. With 260 kg, $3.40/kg, 55% recoverable and a $120 adjustment you get $486.20 gross and $606.20 net.
- Why is the net value higher than the gross here? Because the $120 sorting and handling figure is entered as a positive adjustment (a credit or rebate) rather than a cost. If it were a true cost, enter it as -120 and net recovery drops to $366.20.
- What is a good recovery fraction for technical ceramics? Green and spray-dried powder scrap can hit 80-95% reclaim, bisque 40-60%, and fully fired/metallized parts often under 20%. The 55% default reflects a mixed green-and-bisque stream.
- Can fired alumina or zirconia scrap be recycled? Fired scrap can't return to the original slip, but it can be crushed into grog or filler, used for media, or sold to abrasive and refractory markets at a lower reclaim rate, which is why fired-only streams need a much lower value-per-unit input.
- Should reclaim value include avoided disposal cost? Yes. If reclaiming avoids a $0.40/kg landfill fee, fold that into the handling adjustment or the value-per-unit so the number reflects total cost avoided, not just sale price.
Last reviewed 2026-05-12.