Industrial performance enhancement technologies
Our high-quality, value-based technologies are engineered to enhance the performance in industrial casting, mineral grinding and processing, manufacturing, and specialty applications.
CARBO Industrial Technologies Applications
Fine & Ultra Fine Grinding
CARBO ceramic grinding media is engineered to provide superior strength, hardness and uniform shape that optimize grinding efficiency.
Cementing Products
Cementing products include high-quality metakaolin varieties or incorporating traceable media to identify cement top location in oil and gas operations.
Metal Casting
CARBO offers a family of high-performance ceramic media products that can significantly improve your castings.
Water Filtration & Treatment
High-performance filtration media that resist particle breakdown and create a uniform filter pack to prevent clogging and maximize performance.
Sports & Recreation
CARBO high-quality products are fit for a wide range of sports and recreational activities.
Cementing Products
Cementing products include high-quality metakaolin varieties or incorporating traceable media to identify cement top location in oil and gas operations.
Minerals & Additives
CARBO offers minerals ranging from versatile sand to varieties of kaolin to mineral-based products mined and developed for specialty applications.
Paint & Pigment Products
Durable and high-performance products including CARBOGRIND ceramic grinding media and our featured black pigment
Arts & Crafts
CARBO offers high-quality materials that can add texture, shape, drama and durability to your next project.
Shot Peening & Blast Cleaning Media
CARBOBEAD is engineered to provide a unique combination of consistent thermal, physical and chemical properties to offer an exceptional product for your operations, whether for blast cleaning, shot blasting or shot peening applications.
Energy Storage
CARBO ceramic media is engineered as a cost-effective medium for direct heat absorption at higher temperatures, while enhancing overall efficiencies in solar power systems.