Ceramic Tumbling Media For Aluminum

Tumbling media for aluminum iso media manufacturer right selection of tumbling media for aluminum.

Ceramic tumbling media for aluminum.

This ceramic abrasive is ideal tumbler media for general purpose polishing and light deburring. Ceramic deburring polishing and tumbling media is available in a wide variety of materials such as aluminum oxide silicate silicon carbide and tin oxide. Polly plastics rock tumbling ceramic filler media small cylinder size non abrasive ceramic pellets for all type tumblers 1 5 lbs 15 95 15. 95 free shipping on eligible orders.

The tumbler media is made up of angle cut tri stars and provides a high luster finish on your items. Deburr polish clean ceramic media is best for heavy cutting and hard metals like steel. Ceramic media is the most economical and widely used form of tumbling media used in a variety of finishing equipment including vibratory finishers centrifugal disc finishers vibratory tumblers and other conventional mass finishing equipment types. About ceramic tumbling medias.

Fine polishing media for aluminum brass and soft metals often used as the final step after other media to create an extremely shiny finish. Ceramic carrier aluminum oxide abrasive 5 16 long x 7 8 high triangle shaped polishing tumbling media angle edge wet operation 90 lb ft density msc 09117532 raytech 41 313. Includes plastic tumbler media porcelain polishing balls ceramic media and corn cobs. Blended for soft action polishing and deburring this is a great ceramic abrasive for polishing small parts.

Inquire about this product. The relatively high density of these materials ensures remarkable finishing and grinding performance on all types of workpieces. Ceramic media will better support very heavy parts than plastic media. The following are some of the things to consider when selecting a tumbling media.

Plastic tumbling media is ideal for soft metals such as brass and aluminum or for stringy materials to avoid rolling the burr into a hole. The part material and what process is needed to be performed ie.