Enhanced Durability With Zirconia Sleeve Zirconia sleeves outperform metal materials when it comes to corrosion resistance, heat retention, abrasion resistance and wear resistance. Their flexural strength surpasses most metals while outperforming conventional sleeves made of alumina. They can operate reliably in harsh media environments and high-pressure conditions, leading to reduced maintenance downtime and costs. Additionally, […]

Silicon Carbide Rods Offer High Strength Solutions for Industrial Applications Silicon carbide (SiC) parts play an integral part in industries requiring exceptional Flexural Strength and Structural Integrity Properties, such as cutting tools used in machining processes or seals exposed to abrasive materials. SiC parts find extensive use across a range of industries including cutting tool

High Strength Innovation: Advanced Silicon Carbide Rods Silicon carbide’s exceptional dimensional stability and chemical/oxidation resistance make it essential to achieving high reliability in equipment manufacturing applications. Furthermore, our Performance SiC brings added advantages in terms of low electrical resistance resistance for equipment manufacturers. Ortech offers a diverse selection of silicon carbide heating elements designed specifically

Zirconia Sleeve – High Performance Protection for Industrial Use Zirconia ceramic sleeves perform multiple vital roles within industrial machinery. By protecting pulser screens and other sensitive equipment, these sleeves contribute significantly to operational efficiency and safety in manufacturing and mining environments. Zirconia ceramic sleeves come in both split and solid designs, the latter often used

Zirconia Sleeve – Unmatched Durability for High Stress Environments Durability is one of the key determinants for full-contour zirconia dental and orthopedic restorations, and in vitro studies have demonstrated its significance. Silanization and tribochemical silica-coating enhance chemical bonding by creating hydroxyl groups which link silicon within silane coupling agents [1]. Zirconia colloidal slurries can be