[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
[Features]· The spherical glass particles barely abrade the work material surface, minimizing contamination of the work material.· When used for satin-finish, it achieves a beautiful blast surface.
Sensors for precision digital standard thermometers, each made of SUS30 (temperature sensitive part), phenolic resin (grip), and fluorine resin coating (lead).
Sensors for precision digital standard thermometers, each made of SUS30 (temperature sensitive part), phenolic resin (grip), and fluorine resin coating (lead).
Sensors for precision digital standard thermometers, each made of SUS30 (temperature sensitive part), phenolic resin (grip), and fluorine resin coating (lead).