Faucet Assembly Taps Into Benefits Of Brazing

A number of different brazing processes are used in the faucet assembly made by Wolverine Brass. One instance is the manufacture of the spout assembly. In this process, three brass components are joined together to form the faucet spout. An aerator adapter and a hub are each joined to a spout tube.

Using a 12 station indexing table with two assemblies per station, the components are joined in an efficient, fully automated process. Lucas-Milhaupt 45% silver brazing alloy in both a paste and wire form joins the brass parts to produce the final assembly. With the three components in place, the aerators are striped with paste and attached to the spout tube. At the same time, an automatic wire feed positions the brazing filler metal wire between the hub and the spout tube. A Handy® Flux Type B1 is applied and, using gas manifold heat, the assembly is brazed.

Following the brazing process, the assembled spouts are air cooled and a series of water tanks are used for cleaning. In total, the entire process requires less than 23 seconds.

Why brazing? Brazing produces strong, leaktight and corrosion resistant joints in a cost-efficient manner. In this type of product, where appearance is critical, the process produces virtually invisible joints.

Kitchen and bath faucets manufactured with strong, leak tight and corrosion resistant joints by Wolverine Brass of Conway, S.C.

  1. A beautiful finished Wolverine faucet.
  2. Three brass components are joined to form the faucet spout.
  3. Flux is applied to the aerator in this automated process.
  4. The faucet spout is brazed to the body.
  5. Following the brazing process, the spouts are cleaned using a series of water tanks.