How do you calculate the value of scrap hose?

Multiply scrap length by material cost per foot by the recovery factor, then add handling cost. For 180 ft at $3.50/ft, 100% capture and $75 handling, that is $630 variable plus $75, or $705 total.

Why add disposal cost to scrap that has material value?

Scrap costs you twice: the material it represents and the money to remove it. Here the $180 ft of hose carries $630 of material plus $75 to handle, so the true scrap value is $705, not $630.

What does the recovery factor mean?

It is the share of material value you actually lose or capture. At 100% you are counting the full material cost as scrap; if you could resell offcuts at half value, you might set it lower to reflect net loss.

What is scrap value per foot here?

Total scrap value divided by footage: $705 over 180 ft is about $3.92 per foot, which is higher than the $3.50 material rate because disposal cost loads onto every foot.

How do I use this to prioritize scrap reduction?

Run it per scrap source. A cut-length error producing 180 ft at $705 total ranks above a smaller offcut problem, so you fix the expensive one first.

Is scrap value the same as scrap cost?

Here total scrap value is the all-in cost of that scrap to the business, $705, combining lost material and disposal. It is what you save if the scrap never happens.

Hose, Tubing & Fluid Conveyance Products calculator

Scrap Hose Value Calculator

Scrap Hose Value puts a real dollar figure on the bulk hose and tubing your shop throws away, combining the material lost with the cost of getting rid of it. It captures more than the raw footage value: a recovery factor lets you account for material you can resell or reclaim, while a handling line adds the often-overlooked cost of disposal. Continuous-improvement leads and cost accountants use it to size scrap as a real expense rather than a footnote and to prioritize which cut-length or offcut problem to attack first. On a fluid-conveyance line where bulk hose is the dominant material cost, every foot in the scrap bin is margin walking out the door.

What this calculator does

Estimate material value of scrapped hose or tubing from scrap quantity, material cost rate, and a recovery or capture factor.
Use it when estimating scrap cost exposure for a job, reviewing scrap material impact on margin, or calculating recoverable scrap value from a production run.
It computes the total dollar value of scrapped hose by combining recovered material value with the cost to handle or dispose of it.

Formula used

Variable scrap hose value = scrap quantity x material cost rate x capture factor
Total scrap hose value = variable scrap value + scrap handling cost

Inputs explained

Scrap hose or tubing length:
Bulk hose material cost rate:
Scrap value recovery factor:
Scrap handling or disposal cost:

How to use the result

Use it when quantifying scrap on a job or a period to build a cost-reduction case or to charge scrap correctly to a part.
It treats all scrap footage at a single material rate; mixed hose grades or fitting losses bonded to the scrap are not separately captured.

Current U.S. benchmarks

The U.S. has 11,391 plastics and rubber products establishments employing about 815,988 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate the value of scrap hose? Multiply scrap length by material cost per foot by the recovery factor, then add handling cost. For 180 ft at $3.50/ft, 100% capture and $75 handling, that is $630 variable plus $75, or $705 total.
Why add disposal cost to scrap that has material value? Scrap costs you twice: the material it represents and the money to remove it. Here the $180 ft of hose carries $630 of material plus $75 to handle, so the true scrap value is $705, not $630.
What does the recovery factor mean? It is the share of material value you actually lose or capture. At 100% you are counting the full material cost as scrap; if you could resell offcuts at half value, you might set it lower to reflect net loss.
What is scrap value per foot here? Total scrap value divided by footage: $705 over 180 ft is about $3.92 per foot, which is higher than the $3.50 material rate because disposal cost loads onto every foot.
How do I use this to prioritize scrap reduction? Run it per scrap source. A cut-length error producing 180 ft at $705 total ranks above a smaller offcut problem, so you fix the expensive one first.

Last reviewed 2026-05-12.