Overview of Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball

Alumina balls are high-purity ceramic grinding media known for their exceptional hardness, wear resistance, and thermal stability. Ideal for industrial applications like milling, catalysis, and wear-resistant components.

Features of Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball

High mechanical strength & durability

Excellent chemical & thermal stability

Superior wear & corrosion resistance

Available in various sizes & purity grades

Low contamination for precision processes

(Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball)

Specification of Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball

These ceramic alumina balls handle challenging commercial tasks. They are available in various materials and sizes. Each type fits certain needs. Standard balls have 20% to 30% alumina. They are the standard choice. Mid-grade balls provide more alumina, 45% to 75%. They provide far better efficiency for the rate. High-purity balls load 90% to 99% alumina. They supply top strength and chemical resistance. The purest balls are nearly all alumina.

You get several size alternatives. Little 3mm spheres work well in limited areas or great procedures. 6mm rounds prevail for basic use. 12mm rounds manage medium loads well. Bigger sizes are likewise readily available. 16mm and 20mm balls benefit bigger equipment or heavier materials. 25mm and 50mm spheres handle extremely requiring tasks. They resist strong impacts.

Different materials use distinct advantages. Corundum spheres are extremely hard. They last a long time under wear. Mullite rounds manage high warm extremely well. They stay stable in kilns and furnaces. Feldspar ceramic spheres are a cost-effective choice. They give respectable performance for much less money. All these spheres are inert. They will not react with many chemicals. This makes them secure for sensitive procedures. They likewise resist rust.

These balls are utilized in many sectors. Grinding mills utilize them to squash products. Chemical plants utilize them as stimulant supports or packing. Refineries use them in handling. Their hardness and warm resistance are key. Choosing the right grade and dimension matters. Match the round to your specific job. Think about the material being refined. Consider the temperature level. Think about the required pureness. Consider the wear involved. These factors assist your choice. The goal is reputable performance and long life.

(Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball)

Applications of Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball

These ceramic balls take care of tough jobs. They come in lots of types. Alumina web content matters a great deal. Reduced 20% alumina balls work well for basic jobs. They are cost-effective. Reduced 30% alumina rounds supply a bit extra strength. Mid-range 45% alumina rounds balance price and performance. They are extremely usual. Mid-high 75% alumina spheres stand up to chemicals better. They deal with greater temperatures. High 90% alumina balls are leading entertainers for demanding tasks. They are extremely hard. Ultra-high 99% AL2O3 spheres are the greatest. They withstand severe wear and chemicals. These are for crucial applications.

Dimension is crucial too. Small 3mm balls are good for great grinding or tight areas. 6mm rounds are a preferred choice for lots of grinding tasks. 12mm balls are versatile for grinding and support. Larger dimensions like 16mm and 20mm diamond balls are durable. They sustain catalyst beds well. Larger 25mm and 50mm mullite balls are outstanding thermal insulators. They are lightweight for their size. Feldspar ceramic rounds are another alternative. They are very cost-effective for basic needs.

Material makes a difference. Corundum balls are dense and wear-resistant. Mullite rounds are light and insulate heat well. Feldspar ceramic spheres are cost-effective. Choose the alumina degree for your process requires. Choose the dimension that fits your devices. Select the material for toughness, weight, or expense. These spheres work as grinding media. They sustain driver product. They load towers. They are inert and reputable.

Company Profile

Alumina Technology Co., Ltd,. We focus on the research and development, production and sales of alumina products, serving the electronics, ceramics, chemical and other industries. Since its establishment in 2005, the company has been committed to providing customers with the best products and services, and has become a leader in the industry through continuous technological innovation and strict quality management.

Our products includes but not limited to Alumina Boat, Alumina Crucible, Alumina Dish, Alumina Foam Filter, Alumina Plate, Alumina Rod, Alumina Bar, Alumina Balls, Filter Alumina, Nano Alumina Powder, Spherical Alumina Powder, ect. please feel free to contact us.(nanotrun@yahoo.com)

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball

Here are 5 common questions about our Low (20%-30%), Mid (45%-75%), High (90%-99%) AL2O3 Ceramic Inert Alumina Balls:

What sizes do these alumina balls come in?
We stock many sizes. Common ones are 3mm, 6mm, 12mm, 16mm, 20mm, 25mm, 50mm. You pick the size best for your grinding or filling job. Different sizes fit different equipment needs.

What materials are used besides alumina?
The balls are mainly alumina (AL2O3). The exact mix changes with the alumina percentage. Lower alumina balls use more additives like feldspar. Higher purity balls are mostly corundum. Some mid-range types include mullite. The material affects performance.

Why choose different alumina percentages?
The percentage changes the ball’s traits. High alumina (90%-99%) balls are very hard and dense. They resist wear extremely well and handle chemicals. They are best for tough grinding. Mid-alumina balls (45%-75%) offer good strength and cost less. They work for many standard jobs. Low alumina (20%-30%) balls are more economical. Use them for less demanding tasks or as filler material.

What are these balls mainly used for?
Their main job is grinding. They grind materials in mills. Industries like ceramics, paint, chemicals, and minerals use them. They also act as catalyst supports or inert filler beds in chemical reactors. The high-purity ones are essential where contamination is bad.

What are the key benefits?
These balls last a long time. They resist wear much better than steel or natural stones. They are very hard, so they don’t scratch easily. They handle high heat well. They are chemically inert. This means they won’t react with most materials. This keeps your product pure. They save money over time because replacements are needed less often.

(Low 20% 30% Mid 45% 75% High 90% 99% AL2O3 3mm 6mm 12mm Corundum 16mm 20mm Mullite 25mm 50mm Feldspar Ceramic Inert Alumina Ball)