Platinum Traditional Solders 1000C to 1700C
Single unit weight: -- lbs / -- kg
Single unit weight: -- lbs / -- kg
Traditional Platinum Solders have been formulated for generations, originating in response to a platinum shortage during World War II. With platinum scarce, palladium became the primary metal in these solders, as it was more affordable and readily available at the time. As a result, traditional platinum solders contain little to no platinum, relying instead on palladium, gold, silver, and sometimes nickel in their compositions.
Jewelers have long relied on these solders for good reason: they flow smoothly, are relatively easy to work with, and provide a reasonable color match to platinum. Over time, however, palladium and gold prices have risen considerably, reducing the cost advantage these formulas once held over modern platinum plumb solders. Despite this, traditional platinum solders retain one meaningful benefit — they are available in flow temperatures below 1300°C, giving jewelers access to lower-heat options not found in plumb formulations. Their high palladium content also makes them particularly well-suited for use with palladium work.
Each solder is sold in sheet form weighing approximately 1 DWT.
| Form | Sheet |
|---|---|
| Package Weight | Approximately 1 DWT per sheet |
| Flow Point Range | 1000°C–1700°C |
| Primary Metal | Palladium (varies by flow point) |
| Part # | Flow Point | Composition |
|---|---|---|
| 80B-1000 | 1000°C | 3% Pt, Au & Ag |
| 80B-1100 | 1100°C | 11% Pd, Au & Ag (No Pt) |
| 80B-1200 | 1200°C | 12% Pd, 2% Pt, Au & Ag |
| 80B-1300 | 1300°C | 20% Pd, Au & Ag (No Pt) |
| 80B-1400 | 1400°C | 29% Pd, 4% Pt & Au |
| 80B-1500 | 1500°C | 38% Pd, 3% Pt & Au |
| 80B-1600 | 1600°C | 89% Pd, 10% Pt & Ag |
| 80B-1700 | 1700°C | 52% Pd, 16% Pt, Au & Ag |