Charls Shaw

Revolutionize Jewelry Polishing with Zirconia "High-Score Beads" www.beadszirconia.com #JewelryPolishing #ZirconiaBeads Say goodbye to traditional hand polishing! Zirconia high-score beads are leading the new trend in jewelry polishing. Their ultra-high density boosts polishing efficiency by 300%, leaving a smooth, scratch-free surface. Free from heavy metals, they're eco-friendly and safe. Enhanced durability allows for standalone or mixed use with steel beads, reducing costs by 40%, with media reusable for over 500 hours. Mechanical polishing tests show 4 hours equals traditional 24 hours. Compatible with vibratory and tumbling polishers, ideal for batch processing multiple jewelry materials. Eco-economic, leaves no iron residue, recyclable wastewater, meeting EU standards. Manufacturers upgrading equipment should note liner material, residue removal, and temperature control. Recommended mix ratio 7:3 for balanced efficiency and cost. High-score beads – for more efficient, higher-quality polishing。

How Zirconia Ceramics Lock Down Nuclear Risks: The Ultimate Nuclear Solution #ZirconiaCeramics #NuclearSafety www.beadszirconia.com Discover how zirconia ceramics act as the ultimate "lock" for nuclear risks. As a nuclear waste terminator, it solidifies radionuclides in its lattice, reducing radiation by 90%, increases the density of waste cans, and seals high - risk components with zero leakage. In the reactor core, with a thermal neutron capture cross - section of only 0.18 barns (1/50 of stainless steel), it ensures efficient neutron transmission and precise reactor speed control. Its six - dimensional performance is remarkable: resistant to strong acids and radiation, stable at 2700℃, as hard as sapphire, capable of imprisoning uranium, plutonium, and strontium, with an extremely low leaching rate of less than 10⁻⁷g/(m²·day), remaining leak - free even after being soaked for ten thousand years.

When it comes to nanoscale grinding, the selection of zirconia beads is of great significance. Ceramic Zirconia Grinding Ball Zirconia beads with a diameter ranging from 0.1mm to 0.5mm are commonly used. They can efficiently disperse and collide in the grinding equipment to achieve fine grinding results. Zirconia beads with a diameter of less than 0.05mm are more delicate in theory but are prone to breakage, so they need to be used with caution. Zirconia beads with a diameter of more than 0.6mm are suitable for grinding large particles. When selecting zirconia beads, factors such as density, hardness, and toughness should also be considered. Additionally, it is necessary to take into account the properties of the grinding materials, the type of equipment, and its parameters. Clean and inspect the zirconia beads before use and replace them regularly to ensure the grinding effect. Stay tuned with us to learn more knowledge about zirconia beads! #NanoscaleGrinding #ZirconiaBeads #GrindingEquipment #MaterialProcessing hyoutube.com/...fv4

Advantages of zirconia beads in basket Grinding beadszirconia.com Grinding innovation, zirconia beads lead the new trend of basket grinders! The material dances with the zirconia beads, the shear force and the impact force interweave, instantly refining the particles, and the grinding effect is excellent. Zirconia beads have high hardness, high density, and strong wear resistance, and are suitable for a variety of industries, such as inks, ceramic slurries, etc. The particle size is diverse and adjustable to meet different grinding needs. Pure zirconia beads have excellent performance, density 6.0, hardness 9, making your grinding process more efficient and pure. Come and experience the new realm of grinding brought by zirconia beads, let the basket grinder rejuvenate and create more possibilities! #zirconia beads #grinding beads #ceramic beads #grinding media #zirconia beads youtube.com/...rys

#Lithiumbatterymaterialcleaning# Revealing the cleaning tips after grinding zirconium oxide beads: positive electrode materials such as #lithiumcobaltoxide# need to use an acidic solution containing a complexing agent to remove cobalt residues, and #lithiumironphosphate# uses a solution containing a reducing agent and a complexing agent to remove iron and phosphorus impurities, and the ultrasonic cleaning time needs to be extended. Negative electrode materials #graphite# can be cleaned with organic solvents and surfactants, and #silicon-carboncompositematerials# need fluoride solutions, and the ultrasonic and stirring intensity needs to be reduced. #electrolyte# Related materials such as #lithiumhexafluorophosphate# need to be neutralized with alkaline solutions, and physical cleaning requires sufficient stirring and extended ultrasonic time. The cleaning method needs to be customized to ensure the quality of lithium battery materials and guarantee performance and safety.

Zirconia Beads for Polishing Acetate Fibers beadszirconia.com #ZirconiaBeadsPolishing #AcetateFibers #ProcessUpgrade Zirconia beads, with high hardness, excellent wear resistance and chemical stability, are the preferred choice for polishing acetate fibers! Through rolling or collision, they can effectively remove the flaws on the fiber surface and enhance the glossiness. Remember that the size of the zirconia beads, as well as the polishing speed and time, should be properly controlled to avoid damaging the fibers. Meanwhile, temperature control is crucial to protect the acetate fibers from deformation. Master these points, and the zirconia bead polishing will make your acetate fiber products take on a brand-new look and shine brightly! Come and give it a try to upgrade the process of your products! #ZirconiaBeads #GrindingBeads #CeramicBeads

Silicon nitride and zirconia grinding balls lead high-purity powder grinding. Zirconia offers toughness, wear resistance, and durability, excelling in diverse industries. Silicon nitride surpasses with higher hardness, low density, and self-lubrication, enabling efficiency in extreme conditions. A game-changer for grinding. #SiliconNitride #Zirconia #GrindingBalls #HighPurityPowder #WearResistance #IndustrialMaterials

Unveiling the black technology of pesticide preparation! The secret weapon in the sand mill! beadszirconia.com Are you curious about how those highly effective herbicides, insecticides and fungicides are turned from rough raw materials into fine powder? Today, we will take you into the magical world of pesticide preparation and reveal the secrets in the sand mill! First, let's take a look at the production process of herbicides. In the roar of the disc sand mill, 1.2-1.4mm zirconium oxide beads coarsely grind the raw materials into smaller particles. Then, 0.8-1.0mm zirconium beads take over the baton and finely grind until each particle reaches a fineness of D90<5um, ensuring uniform efficacy when used in the field! The production of pesticides is also not simple. More stringent particle size requirements require more precise regulation. The zirconium beads in the sand mill grind the raw materials step by step to a fineness of <2-3 microns, leaving pests nowhere to hide! Finally, let's take a look at the preparation of fungicides. Disc and pin sand mills work together to coarsely grind 1.0-1.2-1.4mm zirconium beads first, and then finely grind 0.6-0.8mm zirconium beads until each particle is less than 300nm, easily penetrating pathogens and protecting our health! This is the black technology in pesticide preparation! The tacit cooperation of sand mills and zirconium beads makes every pesticide a warrior who protects life! Come and explore this magical world together! pesticide preparation #sand mill #zirconia beads #black technology revealed

Zirconia balls VS high chromium steel balls: a competition in grinding and dispersion performance beadszirconia.com #ZirconiaBalls #HighChromiumSteelBalls #GrindingMedia #WearResistance On the stage of grinding and dispersion, zirconia balls and high-chromium steel balls each show their talents. Zirconia balls are known as high-performance grinding media. Their hardness is second only to diamond, and their wear resistance is excellent. It ensures grinding efficiency and long service life, reducing production costs. Low wear rate, maintaining the purity of grinding materials, especially in occasions with high purity requirements such as electronic ceramics and chemical raw materials, it is even more advantageous. High density brings high impact and pressure, and grinds more evenly. Corrosion resistance allows it to operate with ease in acid and alkali environments. Narrow particle size distribution achieves more uniform grinding effect and improves product quality. High-chromium steel balls are also outstanding in wear resistance and impact resistance, and are the first choice in heavy industrial fields such as power plants and cement plants. The hardness is high and uniform, ensuring the consistency and stability of grinding efficiency. The crushing rate is low, which reduces the number of shutdowns for cleaning and improves production continuity. However, steel balls will rust, conduct electricity, and are not resistant to acid and alkali corrosion. These characteristics limit their application scope. In this performance competition, zirconia balls have demonstrated wider applicability and higher grinding efficiency due to their advantages such as high hardness, wear resistance, low wear rate, high density, corrosion resistance and environmental performance. In contrast, although high-chromium steel balls have good performance, their application in specific environments is slightly limited. For grinding and dispersion, choosing the right medium is critical. youtu.be/...dp0