Brazing alloys, soft solders and preforms
Brazing alloys
When it comes to joining different or identical materials such as stainless steel, aluminum, non-ferrous metals (brass alloys, etc.) firmly and bonded, H.P. Wirth is your reliable supplier for brazing alloys. We work with long-standing partners to ensure consistent quality at the highest level. We are glad to use the material provided if required. Special geometries or special profiles for your individual requirements are manufactured in our own semi-finished product department.
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In manufacturing possibilities, you find an extract from our product range or rather from the possible geometric shape which we can produce for you. Our potential in this field is almost unlimited and in accordance with our slogan WE CREATE SOLUTIONS we produce for your application the proper brazing preforms as well.
Flux-filled aluminum alloy
If your process requires the use of flux, we can provide it for you. Nevertheless, there is the possibility, especially in the area of aluminum molded parts, to fabricate them from material filled with flux or finally to coat the component with flux.
Feel free to contact us – we will take care of your solution.
Aluminum alloys
If necessary, we will also use the material you have provided. In manufacturing possibilities, you find an extract from our product range as well as the possible geometric shapes.
If flux is required, we can produce aluminum alloys from flux-filled material or finally coat the component with flux.
| Title | Din En Iso 17672 | Abbreviation Din En 1044 | En Iso 3677 1995 | Din 8513 |
|---|---|---|---|---|
| HPW-103Al | Al 110 | AL 103 | B-Al90Si-575/590 | - |
| HPW-104Al | Al 112 | AL 104 | B-Al88Si-575/585 | - |
Copper-, brass- and nickel silver alloys
Depending on the customers’ requirements, we can also process the material you make available.
You find an extract from our product range as well as possible geometric shapes in manufacturing possibilities.
| Title | Din En Iso 17672 | Abbreviation Din En 1044 | En Iso 3677 1995 | Din 8513 |
|---|---|---|---|---|
| HPW-102Cu | Cu 102, Cu 110, Cu 141 | CU 102, CU 101, CU 104 | B-Cu1000-1083 | Of-Cu |
| HPW-201Cu | Cu 922 | CU 201 | B-Cu94Sn(P)-910/1040 | CuSn6 |
| HPW-202Cu | Cu 925 | CU 202 | B-Cu86Sn(P)-825/990 | CuSn12 |
| HPW-301Cu | Cu 470a | CU 301 | B-Cu60Zn(Si)-875/895 | L-CuZn40 |
| HPW-303Cu | Cu 680 | CU 303 | B-Cu60Zn(Si)(Mn)-870/900 | L-CuZn40 |
| HPW-305Cu | Cu 773 | CU 305 | B-Cu48ZnNi(Si)-890/920 | L-CuNi10Zn42 |
| HPW-CuMnNi | - | - | - | - |
Phosphoric brazing alloys
We are glad to process the material you provide on request.
In manufacturing possibilities, you can inform about our product range as well as possible geometric shapes.
| Title | Din En Iso 17672 | en_iso_3677-1995 | Din 8513 |
|---|---|---|---|
| HPW-101Cp | CuP 286 | CP 101 | - |
| HPW-102Cp | CuP 284 | CP 102 | L-Ag15P |
| HPW-104Cp | CuP 281 | L-Ag5P | |
| HPW-105Cp | CuP 279 | L-Ag2P | |
| HPW-201Cp | CuP 182 | L-CuP8 | |
| HPW-202Cp | CuP 180 | L-CuP7 | |
| HPW-203Cp | CuP 179 | L-CuP6 | |
| HPW-302Cp | CuP 386 | - |
Silver solder
Would you like us to use your own material in production? No problem – feel free to contact us.
Information about our product range as well as possible geometric shapes are provided in manufacturing possibilities.
| Title | Din En Iso 17672 | Abbreviation Din En 1044 | En Iso 3677 1995 | Din 8513 |
|---|---|---|---|---|
| HPW-102Ag | Ag 156 | B-Ag56CuZnSn-620/655 | L-Ag55Sn | |
| HPW-103Ag | Ag 155 | B-Ag55ZnCuSn-630/660 | L-Ag55Sn | |
| HPW-104Ag | Ag 145 | B-Ag45CuZnSn-640/680 | L-Ag45Sn | |
| HPW-105Ag | Ag 140 | B-Ag40CuZnSn-650/710 | L-Ag40Sn | |
| HPW-106Ag | Ag 134 | B-Cu36AgZnSn-630/730 | L-Ag34Sn | |
| HPW-107Ag | AG 130 | B-Cu36ZnAgSn-665/755 | L-Ag30Sn | |
| HPW-108Ag | Ag 125 | B-Cu40ZnAgSn-680/760 | L-Ag25Sn | |
| HPW-201Ag | - | B-Ag63CuZn-690/730 | - | |
| HPW-202Ag | - | B-Ag60CuZn-695/730 | L-Ag60 | |
| HPW-203Ag | Ag 244 | B-Ag44CuZn-675/735 | L-Ag44 | |
| HPW-204Ag | Ag 230 | B-Cu38ZnAg-680/765 | L-Ag30 | |
| HPW-205Ag | Ag 225 | B-Cu40ZnAg-700/790 | L-Ag25 | |
| HPW-206Ag | Ag 220 | B-Cu43ZnAg(Si)-690/810 | L-Ag20 | |
| HPW-207Ag | Ag 212 | B-Cu48ZnAg(Si)-800/830 | L-Ag12 | |
| HPW-208Ag | Ag 205 | B-Cu55ZnAg(Si)-820/870 | L-Ag5 | |
| HPW-401Ag | AG272 | B-Ag72Cu-780 | L-Ag72 | |
| HPW-401AgZn | - | - | L-Ag72Zn | |
| HPW-502Ag | Ag 449 | - | B-Ag49ZnCuMnNi-680/705 | L-Ag49 |
Special alloys
We also produce your brazing alloys with the material you have supplied.
Inform yourself about our product range as well as possible geometric shapes in manufacturing possibilities.
| Title | Din En Iso 17672 | Abbreviation Din En 1044 | En Iso 3677 1995 | Din 8513 |
|---|---|---|---|---|
| HPW-101Pd | Pd587 | PD 101 | B-Ag54PdCu-900/950 | - |
| HPW-103Au | Au 375 | AU 103 | B-Cu62Au-980/1000 | - |
| HPW-103Pd | Pd481 | PD 103 | B-Ag65CuPd-850/900 | - |
| HPW-105Au | Au827 | AU 105 | B-Au82Ni-950 | - |
| HPW-105Pd | Pd387 | PD 105 | B-Ag58CuPd-825/850 | - |
| HPW-106Pd | Pd287 | PD 106 | B-Ag68CuPd-805/810 | - |
| HPW-5050Au | Au 503 | - | B-Au50Cu-955/970 | - |
Further options to filter:
Didn’t find what you were looking for in our material tables? Maybe a different sorting will help you.
Brazing alloys sorted by technical standards
| Title | Din En Iso 17672 | Composition | Working Temperature | hf:categories |
|---|---|---|---|---|
| HPW-101Cp | CuP 286 | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 0650 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-101Pd | Pd587 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0955 °C | brazing-alloys special-brazing-alloys |
| HPW-102Ag | Ag 156 | brazing-alloys silver-brazing-alloys | ||
| HPW-102Cp | CuP 284 | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 0700 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-102Cu | Cu 102, Cu 110, Cu 141 | Cu 99,9 - 100% | P 0 - 0,075% | 11120 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-103Ag | Ag 155 | brazing-alloys silver-brazing-alloys | ||
| HPW-103Al | Al 110 | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 0595 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-103Au | Au 375 | Cu 62,5% | Au 37,5% | 11000 °C | brazing-alloys special-brazing-alloys |
| HPW-103Pd | Pd481 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0905 °C | brazing-alloys special-brazing-alloys |
| HPW-104Ag | Ag 145 | brazing-alloys silver-brazing-alloys | ||
| HPW-104Al | Al 112 | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 0590 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-104Cp | CuP 281 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Ag | Ag 140 | brazing-alloys silver-brazing-alloys | ||
| HPW-105Au | Au827 | Au 82,0% | Ni 18,0% | 0950 °C | brazing-alloys special-brazing-alloys |
| HPW-105Cp | CuP 279 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Pd | Pd387 | Ag 58,5% | Cu 31,5% | Pd 10,0% | 0860 °C | brazing-alloys special-brazing-alloys |
| HPW-106Ag | Ag 134 | brazing-alloys silver-brazing-alloys | ||
| HPW-106Pd | Pd287 | Ag 68,4% | Cu 26,6% | Pd 5,0% | 0815 °C | brazing-alloys special-brazing-alloys |
| HPW-107Ag | AG 130 | brazing-alloys silver-brazing-alloys | ||
| HPW-108Ag | Ag 125 | brazing-alloys silver-brazing-alloys | ||
| HPW-201Ag | - | brazing-alloys silver-brazing-alloys | ||
| HPW-201Cp | CuP 182 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-201Cu | Cu 922 | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 11060 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-202Ag | - | brazing-alloys silver-brazing-alloys | ||
| HPW-202Cp | CuP 180 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-202Cu | Cu 925 | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 11040 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-203Ag | Ag 244 | brazing-alloys silver-brazing-alloys | ||
| HPW-203Cp | CuP 179 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-204Ag | Ag 230 | brazing-alloys silver-brazing-alloys | ||
| HPW-205Ag | Ag 225 | brazing-alloys silver-brazing-alloys | ||
| HPW-206Ag | Ag 220 | brazing-alloys silver-brazing-alloys | ||
| HPW-207Ag | Ag 212 | brazing-alloys silver-brazing-alloys | ||
| HPW-208Ag | Ag 205 | brazing-alloys silver-brazing-alloys | ||
| HPW-301Cu | Cu 470a | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-302Cp | CuP 386 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-303Cu | Cu 680 | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-305Cu | Cu 773 | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 0910 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-401Ag | AG272 | brazing-alloys silver-brazing-alloys | ||
| HPW-401AgZn | - | brazing-alloys silver-brazing-alloys | ||
| HPW-502Ag | Ag 449 | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 0610 °C | silver-brazing-alloys uncategorized brazing-alloys |
| HPW-5050Au | Au 503 | Au 50,0% | Cu 50,0% | 0970 °C | brazing-alloys special-brazing-alloys |
| HPW-CuMnNi | - | Cu 86% | Mn 12% | Ni 2% | 0990 °C | brazing-alloys copper-based-brazing-alloys |
* zurückgezogen
| Title | Abbreviation Din En 1044 | Composition | Working Temperature | hf:categories |
|---|---|---|---|---|
| HPW-101Cp | CP 101 | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 0650 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-101Pd | PD 101 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0955 °C | brazing-alloys special-brazing-alloys |
| HPW-102Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-102Cp | CP 102 | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 0700 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-102Cu | CU 102, CU 101, CU 104 | Cu 99,9 - 100% | P 0 - 0,075% | 11120 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-103Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-103Al | AL 103 | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 0595 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-103Au | AU 103 | Cu 62,5% | Au 37,5% | 11000 °C | brazing-alloys special-brazing-alloys |
| HPW-103Pd | PD 103 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0905 °C | brazing-alloys special-brazing-alloys |
| HPW-104Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-104Al | AL 104 | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 0590 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-104Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-105Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-105Au | AU 105 | Au 82,0% | Ni 18,0% | 0950 °C | brazing-alloys special-brazing-alloys |
| HPW-105Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-105Pd | PD 105 | Ag 58,5% | Cu 31,5% | Pd 10,0% | 0860 °C | brazing-alloys special-brazing-alloys |
| HPW-106Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-106Pd | PD 106 | Ag 68,4% | Cu 26,6% | Pd 5,0% | 0815 °C | brazing-alloys special-brazing-alloys |
| HPW-107Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-108Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-201Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-201Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-201Cu | CU 201 | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 11060 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-202Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-202Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-202Cu | CU 202 | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 11040 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-203Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-203Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-204Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-205Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-206Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-207Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-208Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-301Cu | CU 301 | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-302Cp | brazing-alloys phosphorus-bearing-brazing-alloys | |||
| HPW-303Cu | CU 303 | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-305Cu | CU 305 | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 0910 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-401Ag | brazing-alloys silver-brazing-alloys | |||
| HPW-401AgZn | brazing-alloys silver-brazing-alloys | |||
| HPW-502Ag | - | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 0610 °C | silver-brazing-alloys uncategorized brazing-alloys |
| HPW-5050Au | - | Au 50,0% | Cu 50,0% | 0970 °C | brazing-alloys special-brazing-alloys |
| HPW-CuMnNi | - | Cu 86% | Mn 12% | Ni 2% | 0990 °C | brazing-alloys copper-based-brazing-alloys |
| Title | En Iso 3677 1995 | Composition | Working Temperature | hf:categories |
|---|---|---|---|---|
| HPW-101Cp | B-Cu75AgP-645 | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 0650 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-101Pd | B-Ag54PdCu-900/950 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0955 °C | brazing-alloys special-brazing-alloys |
| HPW-102Ag | B-Ag56CuZnSn-620/655 | brazing-alloys silver-brazing-alloys | ||
| HPW-102Cp | B-Cu80AgP-645/800 | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 0700 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-102Cu | B-Cu1000-1083 | Cu 99,9 - 100% | P 0 - 0,075% | 11120 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-103Ag | B-Ag55ZnCuSn-630/660 | brazing-alloys silver-brazing-alloys | ||
| HPW-103Al | B-Al90Si-575/590 | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 0595 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-103Au | B-Cu62Au-980/1000 | Cu 62,5% | Au 37,5% | 11000 °C | brazing-alloys special-brazing-alloys |
| HPW-103Pd | B-Ag65CuPd-850/900 | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0905 °C | brazing-alloys special-brazing-alloys |
| HPW-104Ag | B-Ag45CuZnSn-640/680 | brazing-alloys silver-brazing-alloys | ||
| HPW-104Al | B-Al88Si-575/585 | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 0590 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-104Cp | B-Cu89PAg-645/815 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Ag | B-Ag40CuZnSn-650/710 | brazing-alloys silver-brazing-alloys | ||
| HPW-105Au | B-Au82Ni-950 | Au 82,0% | Ni 18,0% | 0950 °C | brazing-alloys special-brazing-alloys |
| HPW-105Cp | B-Cu92PAg-645/825 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Pd | B-Ag58CuPd-825/850 | Ag 58,5% | Cu 31,5% | Pd 10,0% | 0860 °C | brazing-alloys special-brazing-alloys |
| HPW-106Ag | B-Cu36AgZnSn-630/730 | brazing-alloys silver-brazing-alloys | ||
| HPW-106Pd | B-Ag68CuPd-805/810 | Ag 68,4% | Cu 26,6% | Pd 5,0% | 0815 °C | brazing-alloys special-brazing-alloys |
| HPW-107Ag | B-Cu36ZnAgSn-665/755 | brazing-alloys silver-brazing-alloys | ||
| HPW-108Ag | B-Cu40ZnAgSn-680/760 | brazing-alloys silver-brazing-alloys | ||
| HPW-201Ag | B-Ag63CuZn-690/730 | brazing-alloys silver-brazing-alloys | ||
| HPW-201Cp | B-Cu92P-710/770 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-201Cu | B-Cu94Sn(P)-910/1040 | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 11060 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-202Ag | B-Ag60CuZn-695/730 | brazing-alloys silver-brazing-alloys | ||
| HPW-202Cp | B-Cu93P-710/820 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-202Cu | B-Cu86Sn(P)-825/990 | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 11040 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-203Ag | B-Ag44CuZn-675/735 | brazing-alloys silver-brazing-alloys | ||
| HPW-203Cp | B-Cu94P-710/890 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-204Ag | B-Cu38ZnAg-680/765 | brazing-alloys silver-brazing-alloys | ||
| HPW-205Ag | B-Cu40ZnAg-700/790 | brazing-alloys silver-brazing-alloys | ||
| HPW-206Ag | B-Cu43ZnAg(Si)-690/810 | brazing-alloys silver-brazing-alloys | ||
| HPW-207Ag | B-Cu48ZnAg(Si)-800/830 | brazing-alloys silver-brazing-alloys | ||
| HPW-208Ag | B-Cu55ZnAg(Si)-820/870 | brazing-alloys silver-brazing-alloys | ||
| HPW-301Cu | B-Cu60Zn(Si)-875/895 | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-302Cp | B-Cu86SnP-650/700 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-303Cu | B-Cu60Zn(Si)(Mn)-870/900 | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-305Cu | B-Cu48ZnNi(Si)-890/920 | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 0910 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-401Ag | B-Ag72Cu-780 | brazing-alloys silver-brazing-alloys | ||
| HPW-401AgZn | - | brazing-alloys silver-brazing-alloys | ||
| HPW-502Ag | B-Ag49ZnCuMnNi-680/705 | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 0610 °C | silver-brazing-alloys uncategorized brazing-alloys |
| HPW-5050Au | B-Au50Cu-955/970 | Au 50,0% | Cu 50,0% | 0970 °C | brazing-alloys special-brazing-alloys |
| HPW-CuMnNi | - | Cu 86% | Mn 12% | Ni 2% | 0990 °C | brazing-alloys copper-based-brazing-alloys |
* withdrawn
| Title | Din 8513 | Composition | Working Temperature | hf:categories |
|---|---|---|---|---|
| HPW-101Cp | - | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 0650 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-101Pd | - | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0955 °C | brazing-alloys special-brazing-alloys |
| HPW-102Ag | L-Ag55Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-102Cp | L-Ag15P | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 0700 °C | brazing-alloys phosphorus-bearing-brazing-alloys |
| HPW-102Cu | Of-Cu | Cu 99,9 - 100% | P 0 - 0,075% | 11120 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-103Ag | L-Ag55Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-103Al | - | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 0595 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-103Au | - | Cu 62,5% | Au 37,5% | 11000 °C | brazing-alloys special-brazing-alloys |
| HPW-103Pd | - | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0905 °C | brazing-alloys special-brazing-alloys |
| HPW-104Ag | L-Ag45Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-104Al | - | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 0590 °C | aluminium-based-brazing-alloys brazing-alloys |
| HPW-104Cp | L-Ag5P | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Ag | L-Ag40Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-105Au | - | Au 82,0% | Ni 18,0% | 0950 °C | brazing-alloys special-brazing-alloys |
| HPW-105Cp | L-Ag2P | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-105Pd | - | Ag 58,5% | Cu 31,5% | Pd 10,0% | 0860 °C | brazing-alloys special-brazing-alloys |
| HPW-106Ag | L-Ag34Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-106Pd | - | Ag 68,4% | Cu 26,6% | Pd 5,0% | 0815 °C | brazing-alloys special-brazing-alloys |
| HPW-107Ag | L-Ag30Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-108Ag | L-Ag25Sn | brazing-alloys silver-brazing-alloys | ||
| HPW-201Ag | - | brazing-alloys silver-brazing-alloys | ||
| HPW-201Cp | L-CuP8 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-201Cu | CuSn6 | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 11060 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-202Ag | L-Ag60 | brazing-alloys silver-brazing-alloys | ||
| HPW-202Cp | L-CuP7 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-202Cu | CuSn12 | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 11040 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-203Ag | L-Ag44 | brazing-alloys silver-brazing-alloys | ||
| HPW-203Cp | L-CuP6 | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-204Ag | L-Ag30 | brazing-alloys silver-brazing-alloys | ||
| HPW-205Ag | L-Ag25 | brazing-alloys silver-brazing-alloys | ||
| HPW-206Ag | L-Ag20 | brazing-alloys silver-brazing-alloys | ||
| HPW-207Ag | L-Ag12 | brazing-alloys silver-brazing-alloys | ||
| HPW-208Ag | L-Ag5 | brazing-alloys silver-brazing-alloys | ||
| HPW-301Cu | L-CuZn40 | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-302Cp | - | brazing-alloys phosphorus-bearing-brazing-alloys | ||
| HPW-303Cu | L-CuZn40 | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 0900 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-305Cu | L-CuNi10Zn42 | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 0910 °C | brazing-alloys copper-based-brazing-alloys |
| HPW-401Ag | L-Ag72 | brazing-alloys silver-brazing-alloys | ||
| HPW-401AgZn | L-Ag72Zn | brazing-alloys silver-brazing-alloys | ||
| HPW-502Ag | L-Ag49 | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 0610 °C | silver-brazing-alloys uncategorized brazing-alloys |
| HPW-5050Au | - | Au 50,0% | Cu 50,0% | 0970 °C | brazing-alloys special-brazing-alloys |
| HPW-CuMnNi | - | Cu 86% | Mn 12% | Ni 2% | 0990 °C | brazing-alloys copper-based-brazing-alloys |
Brazing alloys sorted by application
| Title | Tags | Composition | Working Temperature | hf:tags |
|---|---|---|---|---|
| HPW-101Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Heat-resistant up to 200°C, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 0650 °C | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux heat-resistant-up-to-200c iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass |
| HPW-101Pd | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0955 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-102Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-102Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 0700 °C | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass |
| HPW-102Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 99,9 - 100% | P 0 - 0,075% | 11120 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-103Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-103Al | Aluminium | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 0595 °C | aluminium-en |
| HPW-103Au | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Cu 62,5% | Au 37,5% | 11000 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-103Pd | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 54,0% | Pd 25,0% | Cu 21,0% | 0905 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-104Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-104Al | Aluminium | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 0590 °C | aluminium-en |
| HPW-104Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-105Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-105Au | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Au 82,0% | Ni 18,0% | 0950 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-105Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-105Pd | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 58,5% | Cu 31,5% | Pd 10,0% | 0860 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-106Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-106Pd | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 68,4% | Cu 26,6% | Pd 5,0% | 0815 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-107Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-108Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-201Ag | Silver, Silver alloys | silver silver-alloys | ||
| HPW-201Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-201Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 11060 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-202Ag | Silver, Silver alloys | silver silver-alloys | ||
| HPW-202Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-202Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 11040 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-203Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-203Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-204Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-205Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-206Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-207Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-208Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux malleable-cast-iron nickel-base-alloys steel | ||
| HPW-301Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 0900 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-302Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | brass copper-tin-alloys-together-with-flux-not-suitable-on-sulphur-containing-media for-joining-copper-to-copper-without-flux iron-and-nickel-alloys-heat-resistant-up-to-200c red-brass | ||
| HPW-303Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 0900 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-305Cu | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 0910 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
| HPW-401Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels | ||
| HPW-401AgZn | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels | ||
| HPW-502Ag | Copper, Copper alloys Nickel, Heat resistant up to 200° C, Malleable cast iron, Nickel alloys, Precious metal, Steel | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 0610 °C | copper copper-alloys-nickel heat-resistant-up-to-200-c malleable-cast-iron nickel-alloys precious-metal steel |
| HPW-5050Au | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Au 50,0% | Cu 50,0% | 0970 °C | copper copper-alloys heat-resistant-up-to-200c joining-copper-to-copper-without-flux nickel-base-alloys precious-metal steels |
| HPW-CuMnNi | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 86% | Mn 12% | Ni 2% | 0990 °C | chromium chromium-nickel-steels joining-copper-to-copper-without-flux nickel-base-alloys protective-atmosphere-brazing steels vacuum-brazing |
Brazing alloys sorted by working temperature
| Title | Working Temperature | Tags | Composition | hf:tax:taxonomy |
|---|---|---|---|---|
| HPW-101Cp | 0650 °C | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Heat-resistant up to 200°C, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | Cu 73,5 - 76,4% | Ag 17,0 - 19,0% | P 6,6 -7,5% | 600-700-c-en |
| HPW-101Pd | 0955 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 54,0% | Pd 25,0% | Cu 21,0% | 800-1100-c-en |
| HPW-102Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 600-700-c-en | ||
| HPW-102Cp | 0700 °C | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | Cu 79,3 - 80,7% | Ag 14,5 - 15,5% | P 4,8 - 5,2% | 600-700-c-en 700-800-c-en |
| HPW-102Cu | 11120 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 99,9 - 100% | P 0 - 0,075% | ueber-1100-c-en |
| HPW-103Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 600-700-c-en | ||
| HPW-103Al | 0595 °C | Aluminium | Al 87,5- 91,0% | Si 9,0 - 11,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Ti 0 - 0,2% | Zn 0 - 0,1% | Mn 0 - 0,05% | Mg 0 - 0,05% | 500-600-c-en |
| HPW-103Au | 11000 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Cu 62,5% | Au 37,5% | 800-1100-c-en |
| HPW-103Pd | 0905 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 54,0% | Pd 25,0% | Cu 21,0% | 800-1100-c-en |
| HPW-104Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 600-700-c-en | ||
| HPW-104Al | 0590 °C | Aluminium | Al 85,5 - 89,0% | Si11,0 - 13,0% | Fe 0 - 0,8% | Cu 0 - 0,3% | Zn 0 - 0,2% | Mn 0 - 0,15% | Mg 0 - 0,1% | 500-600-c-en |
| HPW-104Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 700-800-c-en | ||
| HPW-105Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 600-700-c-en | ||
| HPW-105Au | 0950 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Au 82,0% | Ni 18,0% | 800-1100-c-en |
| HPW-105Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 700-800-c-en | ||
| HPW-105Pd | 0860 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 58,5% | Cu 31,5% | Pd 10,0% | 800-1100-c-en |
| HPW-106Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-106Pd | 0815 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Ag 68,4% | Cu 26,6% | Pd 5,0% | 800-1100-c-en |
| HPW-107Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-108Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-201Ag | Silver, Silver alloys | 700-800-c-en | ||
| HPW-201Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 700-800-c-en | ||
| HPW-201Cu | 11060 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 92,6 - 94,5% | Sn 5,5 - 7,0% | P 0,01 - 0,4% | 800-1100-c-en |
| HPW-202Ag | Silver, Silver alloys | 700-800-c-en | ||
| HPW-202Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 700-800-c-en | ||
| HPW-202Cu | 11040 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 86,6 - 88,9% | Sn 11,0 - 13,0% | P 0,01 - 0,4% | 800-1100-c-en |
| HPW-203Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-203Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 700-800-c-en | ||
| HPW-204Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-205Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 700-800-c-en | ||
| HPW-206Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 800-1100-c-en | ||
| HPW-207Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 800-1100-c-en | ||
| HPW-208Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Malleable cast iron, Nickel-base alloys, Steel | 800-1100-c-en | ||
| HPW-301Cu | 0900 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 58,5 - 61,5% | Zn 38,1 - 41,3% | Si 0,2 - 0,4% | 800-1100-c-en |
| HPW-302Cp | Brass, Copper-tin-alloys together with flux. Not suitable on sulphur-containing media, For joining copper to copper without flux, Iron- and Nickel alloys. Heat-resistant up to 200°C, Red brass | 600-700-c-en 700-800-c-en | ||
| HPW-303Cu | 0900 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 56,0 - 60,0% | Zn 36,2 - 42,7% | Sn 0,8 - 1,1% | Fe 0,2 - 1,2% | Ni 0,2 - 0,8% | Si 0,04 - 0,2% | Mn 0,01% - 0,5% | 800-1100-c-en |
| HPW-305Cu | 0910 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 46,0 - 50,0% | Zn 38,8 - 44,8% | Ni 9,0 - 11,0% | Si 0,15 - 0,2% | 800-1100-c-en |
| HPW-401Ag | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | 700-800-c-en | ||
| HPW-401AgZn | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | 700-800-c-en | ||
| HPW-502Ag | 0610 °C | Copper, Copper alloys Nickel, Heat resistant up to 200° C, Malleable cast iron, Nickel alloys, Precious metal, Steel | Ag 48,0 - 50,0% | Zn 21,0 - 25,0% | Cu 15,0 - 17,0% | Mn 7,0 - 8,0% | Ni 4,0 - 5,0% | 600-700-c-en |
| HPW-5050Au | 0970 °C | Copper, Copper alloys, Heat-resistant up to 200°C, Joining copper to copper without flux, Nickel-base alloys, Precious metal, Steels | Au 50,0% | Cu 50,0% | 800-1100-c-en |
| HPW-CuMnNi | 0990 °C | Chromium, Chromium-nickel steels, Joining copper to copper without flux, Nickel-base alloys, Protective atmosphere brazing, Steels, Vacuum brazing | Cu 86% | Mn 12% | Ni 2% | 800-1100-c-en |