Engineered for unmatched performance
All of our products are carefully designed to improve finished product quality, reduce costs, assure operational continuity and improve workplace safety throughout your foundry operations.
CARBO offers a family of high-performance ceramic media products that can significantly improve your castings.
A simple, durable, cost-effective alternative to tile or spray-on coatings for industrial and commercial flooring and matting.
Shot Peening & Blast Cleaning
CARBOBEAD high-performance ceramic media is used for blast cleaning and shot peening applications including: mold cleaning, surface preparation and reconditioning, cleaning surface contaminants, and shot peening to strengthen and relieve stress of metals and composites.
Spill Prevention & Containment
Reduce environmental risks with advanced spill prevention and containment products and systems.
Cast media costs reduced by 55% per cubic foot and cleaning time lowered by 75%
Switch to ACCUCAST ceramic casting media from zircon sand improves the quality of specialty parts while reducing media and finishing costs for industrial foundry.Learn More
Casting defects eliminated, saving a billion-dollar casting project
Switching to ACCUCAST ceramic casting media from olivine sand achieved necessary dimensional tolerances for aluminum marine foundry project.Learn More
Production rate increase avoids capital investment for a new line addition
ACCUCAST ceramic casting media increases production and reduces defects compared to silica sand in lost foam process.Learn More
Cleaning cost reduced while achieving high casting precision
Replacing olivine sand with ACCUCAST ceramic casting media reduces cleaning costs and eliminates veining defects.Learn More
Reduction in media use and metal penetration significantly lowers operational cost
Replacing silica sand with ACCUCAST ceramic casting media eliminates penetration and veining defects.Learn More
AFS Metalcasting Congress 2020, Booth #329
April 21-23, 2020
Ceramics Expo 2020, Booth #618
May 05-06, 2020