Almit DB-1 RMA LFM-48MAlmit DB-1 RMA LFM-48M

Almit DB-1 RMA LFM-48M, Solder Wire Lead-Free, Flux 3.5%, L1

Almit

Sizes Ø Reel: 0.1kg, 0.5kg
Diameter Ø mm: 0.3mm | 0.38mm | 0.5mm | 0.65mm | 0.8mm | 1.0mm | 1.2mm | 1.6mm

With speed and persistence to the optimal result! With the combination of a fast-acting and a persistent activator, the solder wire innovation DB-1 RMA offers a double boost for a new dimension of wettability. In this way, you achieve a reduction in process time and a long-term decrease in production costs, even with oxidised components. The service life of a soldering tip is significantly determined by the degree of oxidation. With an oxidized soldering tip the solder will only be brought into flux and/or wetted with difficulty or in the worst case, not at all. Almit’s M line prevents this problem from arising in the first place, because it almost completely prevents the soldering tip from oxidizing thanks to an innovative micro-alloyed alloy with an increased proportion of gallium. The reduction in soldering tip consumption, labor costs and solder consumption results in enormous cost savings.

AlloyLFM-48
Alloy MetalSn-3.0Ag-0.5Cu
Temperature217° - 221°C
FluxDB-1 RMA
Flux %3.5
Flux ClassifictionL1

Almit

Sizes Ø Reel: 0.1kg, 0.5kg
Diameter Ø mm: 0.3mm | 0.38mm | 0.5mm | 0.65mm | 0.8mm | 1.0mm | 1.2mm | 1.6mm

With speed and persistence to the optimal result! With the combination of a fast-acting and a persistent activator, the solder wire innovation DB-1 RMA offers a double boost for a new dimension of wettability. In this way, you achieve a reduction in process time and a long-term decrease in production costs, even with oxidised components. The service life of a soldering tip is significantly determined by the degree of oxidation. With an oxidized soldering tip the solder will only be brought into flux and/or wetted with difficulty or in the worst case, not at all. Almit’s M line prevents this problem from arising in the first place, because it almost completely prevents the soldering tip from oxidizing thanks to an innovative micro-alloyed alloy with an increased proportion of gallium. The reduction in soldering tip consumption, labor costs and solder consumption results in enormous cost savings.

AlloyLFM-48
Alloy MetalSn-3.0Ag-0.5Cu
Temperature217° - 221°C
FluxDB-1 RMA
Flux %3.5
Flux ClassifictionL1