Zirconia beads have many applications in various fields of science. Due to their resistance against high pressure, chemical, and temperature environments, zirconia beads make an excellent choice for use in chromatography applications. These beads can be utilized in various milling and dispersion machines such as vertical sand mills, horizontal mills, agitated media mills and stirred …
Zirconia grinding beads are widely utilized in mineral processing applications. Their low cost makes them ideal for high energy mills that focus on particle size. Furthermore, these beads boast low levels of wear and abrasion. Before loading zirconia beads into your milling machine, perform a visual inspection to ensure their condition. This should help avoid …
Cubic zirconia beads are an affordable and ethically sourced option to replace diamond jewelry, looking nearly identical. Crystal can be hand or machine cut to include numerous facets, enhancing its sparkle and gleam. However, it contains up to 35% lead. Ethical Sourcing Opting to source ethically is more than a business decision; it’s an investment …
Cubic zirconia (abbreviated CZ) is an affordable diamond alternative that looks similar to real stones while remaining hypoallergenic and non-toxic. CZ is often described as a stone of illumination, believed to stimulate and align your solar plexus chakra and help with making sound decisions when making important ones. This stone of wisdom also aids logical …
Pave Cubic Zirconia Beads Vs Moissanite and Cubic Zirconia Beads Read More »
Effective use of ceria stabilized zirconia beads depends on a range of factors. Media quality is of particular significance: low-quality YSZ beads will deteriorate quickly, potentially damaging milling machines; additionally, one media bead size might not suit all finishing processes. Selecting and employing the appropriate media size requires considerable technical acumen, which can significantly affect …
Yttrium stabilized zirconia media is ideal for high energy milling processes that reduce process times while its density and hardness offer exceptional durability. This media is acid washed and heat treated to remove contaminants and render it nuclease free, making it the ideal medium to homogenize bacteria, yeast, fungi and spores – as well as …
5 Types of Materials Used in Grinding and Milling Processes Read More »
Disruption beads are used for homogenizing, grinding, and disintegrating samples using a bead beater. These beads come prefilled in 2mL tubes with screw cap microvials for use with most bead beaters; acid washed and heat treated prior to sale to remove contaminants and render them nuclease free. Zirconia silica beads with an average particle diameter …
Zirconia silica beads are densely-packed media designed to support high-speed grinding processes. Their performance remains unchanged over time and they’re virtually free of contamination issues. To ensure their quality, these media pass a stringent selection process before being shipped directly to you. Furthermore, manufacturing processes follow stringent standards to guarantee optimal performance of each media …
Zirconia ceramic blasting beads are an environmentally-friendly blasting medium with long service lives. Free from iron contamination and suitable for various applications, they’re durable and visually appealing too! This study investigated the impact of various sandblasting conditions on bond strength between 3-mol % Y-TZP and indirect composite resin (ICR). Results demonstrated that alumina sandblasting at …
Zirpro technology and materials provide these yttria stabilized zirconia beads sigma with exceptional performance and stability, making them suitable for milling applications where nuclease or nucleic acid contamination could pose a problem. Chitosan was homogenized using a solution consisting of potassium dihydrogen phosphate (KH2PO4), acetic acid, and zirconium oxychloride (ZrOCl 2 8H2O). Nitrate- and phosphate-adsorbed …
Zirconia Beads Sigma – Class-Leading Performance and Stability Read More »
English 
Swedish 
Dutch 
Danish 
Finnish 
Norwegian