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Almit 80852550 Tin Alloy Wire LFM-48M SAC305 GUMMIX 21 Zeta Flux REL1 diameter 0,65mm 500 grams

Product Code: 570AL80852550

Inventory Status: in stock

Quantity	Price	VAT excluded	VAT included
1	Default	€90.01	€109.8122
1	Promo	€57.29508	€69.899998

* During the order confirmation phase, the prices including VAT will be rounded to the second decimal place according to with current legislation

Almit 80852550 Tin Alloy for Laser Brazing

Almit patented Sn-3.0Ag-0.5Cu alloy, for laser welding with a flux that minimizes peel-off and spattering effects. Melting point 217-220 ° C. REL1 classified flux.

Gummix is a high performance flux that minimizes splashing and prevents post weld residues. The Gummix series is versatile but particularly suitable for use on flexible boards and other flexible components. In addition, the Gummix series is suitable for non-contact welding applications such as laser and induction welding. But this product also has a clear advantage over classic manual welding.

Faster wettability, absolute consistency of quality, make Almit one of the leading suppliers of manual and robotic welding wires. Only the finest and purest materials are used to ensure consistent quality from start to finish of each spool of welding wire. The flux contains a highly efficient wetting agent based on natural resin, the natural water content of which has been dehydrated through a special process. This is to reduce the danger that the tin and flux are not evenly distributed along the entire length, an annoying problem that could lead to short-circuit phenomena and a reduction in welding quality. The flux arranged in a single core allows efficient and error-free welding, even in the presence of strongly oxidized components. The flux components are patented and are the fastest in eliminating the oxide layer and guarantee extremely rapid wettability of the connections. This level of quality is confirmed by the fact that with Almit less welding wire is consumed and higher production is achieved with reduced waste rates, resulting in increased productivity at lower costs.