| CODE | COMP. BY ISO 3677 | EN 1044 / ISO 17672 | APPLICATIONS | TECHNICAL SHEETS |
|---|---|---|---|---|
| FH51 | B-Cu94P 710/880 | CP 203/CuP 179 | Refrigerator - Heaters Exchange |  |
| FH52 | B-Cu93P 714/820 | CP 202/CuP 180 | Refrigerator - Heaters Exchange | |
| FH49 | B-Cu93P 710/750 | CP 201/CuP 181 | Refrigerator - Heaters Exchange | |
| FH50 | B-Cu92P 710/740 | CP 201/CuP 182 | Refrigerator - Heaters Exchange | |
| FH55 | B- Cu86PSn650/700 | CP 302/CuP 386 | Refrigerator - Heaters Exchange | |
| FH47 | B-Cu93P(Ag) 650/810 | Refrigerator - Heaters Exchange | |
|
| FH48 | B-Cu92PAg 650/810 | CP 105/CuP 279 | Refrigerator - Heaters Exchange | |
| FH45 | B-Cu89PAg 650/810 | CP 104/CuP 281 | Refrigerator - Heaters Exchange | |
| FH46 | B-Cu87PAg 643/813 | -/CuP 283 | Refrigerator - Heaters Exchange | |
| FH35 | B-Cu80AgP 650/800 | CP 102/CuP 284 | Refrigerator - Heaters Exchange | |
| FH32 | B-Cu75AgP 645/670 | CP 101/CuP 286 | Refrigerator - Heaters Exchange | |
CuP Alloys
This alloys are mainly used for Cu to Cu connection, the presence of P does not require the flux, even if a liquid flux is used a protection against the oxidation.
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