SILVER 20% CADMIUM FREE
Alloy with high silver content (20%) for joining steel/brass/copper pieces. For assembling badly made pieces. Low-temperature brazing in general.
CAPILLARY-ACTION BRAZING:
Copper-silver-zinc alloy with low melting point for brazing copper and copper alloys, steels and stainless steels. Available in bare or flux coated rods. Extremely flexible coating (it does not crumble when bending the rod).
GAZARGENT 20Si is to be used with an oxy-acetylene, oxy-propane or oxy-butane welding torch with neutral flame adjustment.
CADMIUM FREE
- ISO 3677: B-Cu43ZnAg(Si)-690/810
- ISO 17672: Ag220
- AWS A5.8: not defined
TECHNICAL DATA
Chemical Composition (%): | Ag: 20 % | Cu: 44 % | Zn: 35,7 % | Si: 0,2 % |
Mechanical properties: | Rm: 330 N/mm2 A%: 20 |
|||
Melting range: | 690 - 810 °C |
BARE RODS
Art. Nr. | Description | Ø x L | Rods/pack | Weight/pack |
FM01026202 | GAZARGENT 20Si (bare) | Ø 1,5 x 500 mm | 132 | 1 kg |
FM01026203 | GAZARGENT 20Si (bare) | Ø 2,0 x 500 mm | 74 | 1 kg |
FLUX COATED RODS (30% FLUX)
Art. Nr. | Description | Ø x L | Rods/pack | Weight/pack |
FM01226202 | GAZARGENT 20Si (70/30 flux coated) | Ø 1,5 x 500 mm | 92 | 1 kg |
FM01201202 | GAZARGENT 20Si (70/30 flux coated) | Ø 1,5 x 500 mm | 5 | 60 g |
FM01226203 | GAZARGENT 20Si (70/30 flux coated) | Ø 2,0 x 500 mm | 52 | 1 kg |
FM01201203 | GAZARGENT 20Si (70/30 flux coated) | Ø 2,0 x 500 mm | 6 | 100 g |
FLUX COATED RODS (40% FLUX)
Art. Nr. | Description | Ø x L | Rods/pack | Weight/pack |
FM01426202 | GAZARGENT 20Si (60/40 flux coated) | Ø 1,5 x 500 mm | 79 | 1 kg |
FM01401202 | GAZARGENT 20Si (60/40 flux coated) | Ø 1,5 x 500 mm | 5 | 65 g |
FM01426203 | GAZARGENT 20Si (60/40 flux coated) | Ø 2,0 x 500 mm | 45 | 1 kg |
FM01401203 | GAZARGENT 20Si (60/40 flux coated) | Ø 2,0 x 500 mm | 5 | 115 g |
DEOXIDIZER
Flux FLUXOBRAZ ATG is a flux paste designed to be used with all the copper-phosphorous and silver alloys.
Working temperature: 500-800°C
EN 1045: FH10
Art. Nr. | Description | Pack |
B140110 | FLUX FLUXOBRAZ ATG PASTE | 150 g |