Mirror high gloss polished titanium rod

Product Overview

Reviewed and maintained by the Engineering Team, Shaanxi Qianyi Tuoda Technology Co., Ltd.

Material Performance

After mirror polishing, the surface roughness is extremely low, with less fluid adhesion and easy cleaning and disinfection; The passivation film of titanium material is intact and stable, and does not corrode when exposed to chemical solutions, seawater, or weak acids for a long time. Pure titanium has good plasticity and is easy to process. TC4 has high strength and fatigue resistance; Non magnetic, does not interfere with vacuum and sensing equipment, has excellent biocompatibility, and is not prone to blackening or loss of light when used in high and low temperature cycles on the surface.

[ Process Structure ]

Layered progressive polishing process, eliminating wire drawing patterns and small sand holes layer by layer; The entire process is dust-free polishing to avoid impurities from being embedded in the surface layer; After polishing, degreasing and passivation treatment are carried out to lock in the brightness of the mirror surface, and long-term storage is not easy to oxidize and darken; Strict control of bar straightness, uniform outer diameter size, no need for secondary polishing, aesthetically pleasing assembly and meeting cleanliness standards; Inspect each appearance thoroughly to eliminate scratches, color differences, and defects.

[ Application Fields ]

1. Medical and biological equipment

: sterile stirring shaft, liquid medicine delivery polishing shaft, clean reaction accessories;

2. Vacuum semiconductor

: High purity cavity internal bright support, non-magnetic precision positioning pin;

3. Medical beauty equipment

: polishing surgical instrument substrates, implanting matching bright accessories;

4. Seawater chemical equipment

: corrosion-resistant bright sampling rod, small clean heat exchange shaft;

5. High end decorative precision instruments

: lightweight mirror decorative parts, detection probe bright rods.