In the world of advanced manufacturing, ensuring quality control after sintering is crucial for optimal performance. This blog post explores the best methods for post-sintering evaluation, including dimensional analysis, microstructural assessment, and mechanical property testing. By integrating these techniques, manufacturers can detect defects early, enhance product reliability, and reduce costs, ultimately leading to superior results in their production processes. Join us as we reveal the secrets to effective quality control post-sintering.

Sintering is a critical process in materials science, involving the transformation of powder into a solid mass through heat and pressure. During this process, atomic structures undergo significant changes, including diffusion, recrystallization, and grain growth. Understanding these atomic-level alterations is essential for optimizing material properties and enhancing performance. In this post, we’ll explore how these changes impact the final product and what you need to know to achieve desired outcomes in your sintering processes.

Grinding wheels made it clear: impulse excitation reveals stiffness and hidden flaws with precision—no damage, no assumptions.

An important factor for brake noise reduction is tuning the resonance frequencies of the main components such as disc, caliper, bracket and brake pad, in order to harmonize them.  Brake pads can show a significant spread in the resonance frequencies…

Whether it is for testing new mix designs or testing for quality and reliability post production, the compressive strength and tensile strength are the most important mechanical tests executed on cementitious products. Tensile strength tests can be carried out to…

GrindoSonic is the proven tool for quality testing, quality surveillance and material characterization in the grinding and abrasives industry and is successfully operated by industry and research institutes & universities alike. With its special focus on grinding materials and over…