How do you calculate quote margin on a sintered part?

Subtract the fully loaded cost from the quoted price, then divide by your reference base. With a quoted price of 125 and a cost of 100 against a base of 100, the margin is 25 percent.

What is a good margin for powder metallurgy parts?

High-volume automotive PM work often runs 15-25 percent gross, while low-volume or complex multi-level parts justify 30 percent or more. The 25 percent in the default example is a solid mid-range target.

Is quote margin the same as markup?

No. Margin divides profit by price (or your reference base), while markup divides profit by cost. A 25 percent margin on price is a larger markup on cost.

Why does my PM margin shrink at higher volumes?

Powder and furnace cost per part fall with volume, but customers expect price concessions too. If price drops faster than cost, margin erodes even as unit cost improves.

Should secondary operations be in the cost figure?

Yes. Sizing, machining, steam treat, and impregnation all belong in the loaded cost so the margin reflects the real net-shape part, not just the pressed and sintered blank.

What margin should I quote for a new tool amortization?

Add the compaction tooling amortization into cost per part over the expected order quantity; if that pushes margin below your floor, quote a separate tooling line instead of burying it.

Powder Metallurgy & Sintered Parts calculator

Quote Margin Calculator

Quote Margin tells a powder metallurgy shop how much of each quoted price is left over after the fully loaded cost of producing a sintered part. Estimators and sales engineers use it when pricing PM components against die-cast or machined alternatives, where powder cost, compaction tonnage, sintering furnace time, and secondary sizing all feed the cost side. Because PM competes on net-shape economics, even a couple of margin points decide whether a job is worth quoting. This calculator turns price minus cost into a clean percentage you can defend in a quote review.

What this calculator does

Quote Margin tells a powder metallurgy shop how much of each quoted price is left over after the fully loaded cost of producing a sintered part.
Use it when quote margin in powder metallurgy and sintered parts needs a clean margin number for a powder metallurgy and sintered parts go / no-go review.
It computes gross margin as (quoted price minus loaded cost) divided by a reference base, expressed as a percent.

Formula used

Quote Margin margin = available value - required value
Margin percent = margin ÷ reference value

Inputs explained

Quoted price per part:
Fully loaded cost per part:
Reference base for percentage:

How to use the result

Use it during quoting and quote reviews to confirm each sintered part clears your target margin before you release the price.
It uses your loaded cost as entered; if furnace amortization, powder scrap, or secondary operations are understated, the margin will look healthier than it really is.

Current U.S. benchmarks

The producer price index for steel mill products stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. Quotes priced off last quarter's material cost miss this move.
U.S. iron and steel imports ran $2.1B in May 2026 (Census International Trade). The U.S. ran a trade deficit of $0.4B in the category that month. Import volumes are the pressure gauge behind tariff and reshoring decisions.

Common questions

How do you calculate quote margin on a sintered part? Subtract the fully loaded cost from the quoted price, then divide by your reference base. With a quoted price of 125 and a cost of 100 against a base of 100, the margin is 25 percent.
What is a good margin for powder metallurgy parts? High-volume automotive PM work often runs 15-25 percent gross, while low-volume or complex multi-level parts justify 30 percent or more. The 25 percent in the default example is a solid mid-range target.
Is quote margin the same as markup? No. Margin divides profit by price (or your reference base), while markup divides profit by cost. A 25 percent margin on price is a larger markup on cost.
Why does my PM margin shrink at higher volumes? Powder and furnace cost per part fall with volume, but customers expect price concessions too. If price drops faster than cost, margin erodes even as unit cost improves.
Should secondary operations be in the cost figure? Yes. Sizing, machining, steam treat, and impregnation all belong in the loaded cost so the margin reflects the real net-shape part, not just the pressed and sintered blank.

Last reviewed 2026-05-12.