This invention provides a single-sided
tin-
coating device for triangular conductive wires, including a
tin-spraying mechanism and a protective wheel
assembly. The
tin-spraying mechanism includes a tin pot, a molten tin pumping device, a
nozzle, and a flow control valve. The protective wheel
assembly includes two consecutively arranged V-grooved wheels. Two sides of the triangular conductive wire are inserted into the V-grooves of the V-grooves, exposing the tin-
coating surface. The
nozzle of the tin-spraying mechanism is located between the two consecutively arranged V-grooved wheels, facing the exposed tin-
coating surface of the triangular conductive wire. Using this single-sided tin-coating device for triangular conductive wires, the thickness of the tin layer can be controlled, production efficiency and yield can be improved, and long-distance, non-overflowing, non-broken, and uniformly controllable tin
layer thickness of the single-sided tin-coated triangular conductive wires can be produced, thereby greatly improving production efficiency.