Blog

Written by Dr Tim Clipsham

Hydroxyapatite in an important bioceramic used for orthopedic and dental implants.  Its structure and chemistry are similar to the natural materials in human bone which encourages bonding between the body and the implant.  The wet chemical precipitation method is the most common manufacturing method for hydroxyapatite, and a key stage in this process is calcination.

Written By Dr Tim Clipsham

Written by Michael Misson

Thermal shock is one of the most common causes of cracking in high-temperature ceramics. When a ceramic component is rapidly heated or cooled, uneven expansion or contraction creates internal stresses that can exceed the material’s strength. Fortunately, with the right materials, design, and operating practices, these failures can be dramatically reduced.

In this blog, we’ll explore the fundamentals of CIP, its benefits, and why it’s a game-changer in the ceramics industry.

When selecting crucibles for industrial or laboratory applications, chemical resistance is a critical factor. Almath’s crucibles are designed to meet the rigorous demands of various industries, thanks to their superior materials and manufacturing processes.