What are the surface treatment technologies of ultra sleeve anchor

In the modern engineering and medical fields, Ultra Sleeve Anchor has become the first choice for anchoring solutions due to its excellent surface treatment technology. This product significantly improves its performance and application range through a series of advanced surface treatment processes.

Anodizing technology
Ultra Sleeve Anchor uses advanced anodizing technology. This technology uses the anchor as an anode and places it in an electrolyte solution to perform an electrolysis reaction, thereby forming a dense oxide film on its surface. This oxide film not only has excellent hardness and wear resistance, but also effectively resists erosion from corrosive media, significantly extending the service life of the anchor. It is worth mentioning that the flexibility of anodizing technology allows the thickness and color of the film to be adjusted according to the specific needs of customers to adapt to the requirements of different application scenarios.

TiUltra golden surface treatment technology
Ultra Sleeve Anchor also introduces unique TiUltra gold surface treatment technology. This innovative technology significantly improves the adhesion ability of cells by forming micro-nano-scale gold structures on the surface of the anchor, thereby enhancing the bonding between bone cells and implants. This technology not only accelerates the speed of osseointegration, but also greatly improves the stability and implantation success rate of anchors. It especially shows broad application prospects in medical fields such as orthopedic implants.

Super hydrophilic surface treatment technology
Another notable technology is super-hydrophilic surface treatment technology. This technology introduces hydrophilic functional groups on the surface of the anchor, giving it extremely strong hydrophilicity. This hydrophilicity not only promotes cell attachment and growth, but also ensures stable performance in humid environments. In humid environments such as marine engineering, ultra-hydrophilic surface treatment technology enables Ultra Sleeve Anchor to effectively resist seawater erosion and ensure long-term stable anchoring effect.

Surface microtexture technology
In addition, Ultra Sleeve Anchor also incorporates advanced surface micro-texturing technology. This technology significantly improves the friction and wear properties of the surface by processing a fine texture structure on the surface of the anchor, and enhances the cutting performance and wear resistance of the anchor. Under complex geological conditions, surface micro-texture technology allows Ultra Sleeve Anchor to better adapt to the friction between rock and soil, reduce energy loss and wear during the anchoring process, thereby improving anchoring efficiency and stability.