| Color: | White |
|---|---|
| Diameter: | 1 mm |
| Material: | Alumina |
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Unleash the full potential of your grinding operations - premium ceramic milling media that are designed to offer exceptional stability to maximize efficiency and minimize downtime.
chemical stability of alumina beads comes from the strong ionic bonds between aluminum and oxygen atoms, preventing their rearrangement at elevated temperatures and giving this material unsurpassed durability in harsh applications such as mining and mineral processing.
Hardness refers to the ability of materials to resist deformation from impact or compressive forces, often misinterpreted as stiffness. Harder materials will resist denting and scratching more efficiently while having lower modulus of elasticity and greater fatigue strength than soft materials.
alumina beads stand out with their exceptional hardness, designed to withstand rigorous grinding processes without deforming or breaking during grinding operations, helping you achieve superior surface finishes while optimizing productivity and lowering overall costs.
Chemical stability is another hallmark of ceramic media blasting media, making them essential in environments requiring strict purity standards. They offer outstanding chemical corrosion resistance to help minimise contamination during grinding processes - something particularly vital in sensitive industries like electronics and biotechnology, or when it comes to advanced manufacturing and aerospace applications.
alumina balls are chemically inert, meaning that they can withstand rigorous grinding processes without absorbing or emitting any environmental contaminants into their environment. This allows for exceptional longevity; less frequent replacements means cost savings for businesses.
alumina beads offer excellent wear and tear resistance and are more tolerant to many chemicals, reagents and solvents while being easy to clean without creating harmful waste during their grinding processes.
Alumina ceramic beads have proven their durability by withstanding the rigorous grind and milling processes used across industries like mining, metal fabrication and chemical processing. Their extended lifespan and superior wear resistance help reduce replacement rates and downtime costs when compared with traditional grinding media like sand and metal.
Alumina ball feature high thermal stability, which enables them to withstand elevated temperatures without suffering physical or chemical deterioration, making them an excellent choice for applications requiring such conditions, including sintering and furnace furnace applications.
These media can handle greater levels of stress from longer run times, making them an essential choice for grinding hard or brittle materials. Unfortunately, prolonged stress exposure may reduce their lifespan significantly if managed improperly; to reduce stress on them properly it would be wise to take breaks between grinding processes to alleviate some pressure off them.
| Property for high alumina ceramic balls | |||
| Al2O3(%) | 92 | 95 | 99 |
| Density | >3.65 | >3.7 | >3.7 |
| Wear Rate(%) | ≤0.008 | ≤0.008 | ≤0.008 |
| Water Absorption(%) | ≤0.1 | ≤0.1 | ≤0.1 |
| Moh's hardness | 9 | 9 | 9 |
| Size(mm) | 0.5~60 | 1~60 | 1~50 |
| Package | |||
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1. 25kg/pails,18pails packed on 1 pallet (1 pallet can not exceed 24pails) 2.1 ton/jumbo bag,1 bag packed on 1 pallet(pallet can be plywood or plastic) 3.25KG/Bag, 40 Bag/Pallet |
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