Containing more abrasive content than mild cut media, medium cut media products are used when metal removal is desired. Medium cut vibratory media provides additional metal removal to create a smoother surface finish. DURAMEDIA® products available for medium cut applications are C, ECH, and 30. Additionally, DURAMEDIA® Plastic Low Density 40MC is also available.
DURAMEDIA® 30
DURAMEDIA® 30 is a fine grain aluminum oxide based ceramic media product that provides a smooth finish while still allowing for fast metal removal with medium wear. (95 lbs. /cubic foot, color: light gray)
Applications
DURAMEDIA® 30 is used in high performance cutting, deburring, and surface improvement. It produces a fine finish on all softer metals including aluminum die castings. It can also be used on copper and brass with proper compounding.
DURAMEDIA® 30 SDS DURAMEDIA® 30 Technical Data Sheet
DURAMEDIA® C
DURAMEDIA® C is a coarse grain aluminum oxide based ceramic media product that has an excellent cut to wear ratio. Its metal cut to media wear ratio makes it a very efficient media, suitable for a wide variety of applications. (90 lbs. /cubic foot, color: blue)
Applications
DURAMEDIA® C is a general purpose media that leaves a bright finish for all ferrous and non-ferrous metals.
DURAMEDIA® C SDS DURAMEDIA® C Technical Data Sheet
DURAMEDIA® ECH
DURAMEDIA® ECH is an aluminum oxide based ceramic media product that is used for general-purposes to produce a smooth surface finish due to the characteristics of the aluminum oxide abrasive. (90 lbs. /cubic foot, color: brown)
Applications
DURAMEDIA® ECH is intended for medium cut applications and provides high performance cutting action for deburring and metal removal.
DURAMEDIA® ECH Technical Data Sheet
DURAMEDIA® Plastic Low Density
DURAMEDIA® Plastic Low Density is a resin-bonded media that is used in applications from low wear to high cut.
Applications
DURAMEDIA® Plastic Low Density 40 MC is ideal for removing burrs, flash, and die marks and blending parting lines easily and in shorter cycle times than DPLD 40.