Thermal spraying with zinc wire / Pure zinc wire was 99.99%, when the atmospheric conditions is not in serious corrosion (such as dry weather), can reduce the the purity to 99.95%.Zinc has good plasticity, can draw wire material, used for wire arc spraying and flame spraying.When in the flame spraying, purity of zinc in the process of spraying generally will not change.

Characters

1.The size and shape of spray will not be affected. You can spray on the whole surface, and also you can spray the limited surface which is convenient and economical to the parts of large conponents.

2.The parent material will not change. Because when spraying, the parent material will become small due to low temperature.

3.The thick of coating can be changed in large range from several microns to several millimeters.

4.It can be sprayed to form shapes. Hot spraying technology can be used not only to form shape in the surface, but also to manufacture mechanical parts, that is spraying molding products.

The surface of the zinc wire smooth and bright, broken wires, no greasy dirty and burrs, no scratches and scars, no jam in the process of use.

Specification

Product

name

Diameter Package

Zinc

content

Application

Zinc wire 1.0-4.0mm Bundle IMG_20170220_145216R.jpg ≥99.9953 Applicable to ductile pipes, dockyard,power capacitors, power tower, tower, container, derrick, bridges gate, tunnel framework, metal stents, large steel structure surface thermal spraying zinc corrosion protection industry.

Spool/Axle

IMG_20170220_145335R.jpg

Barrel IMG_20170220_14R.jpg

Applications

The thermal spraying zinc wire is used in a variety of applications, such as:

1.High-temperature oxidation protection used, for example, to resist gases in boiler atmospheres

2.Coatings to resist heat and prevent scaling of conventional low alloy steels

3.Bond coats for improving the adhesion of top coatings

4.Coatings on moulds in the glass industry

It is used in the flame spraying, arc spraying, supersonic plasma spraying, the ordinary plasma spraying.