Plastic Vibratory Finishing Media
Plastic Finishing Media and Deburring Media
Plastic deburring media is available in low density, high density and high performance formulations to meet the needs of specific applications and a variety of finishes. All formulations ensure extended life, consistency of performance and reduced effluent, conforming to environmental and ecological standards. These are the most effective media for any vibratory finishing or deburring machines.
Low density – General purpose medias can be used for deburring, flash removal, burnishing and pre-plate finishing.
High density – Media that has been designed for superior cut and stock removal on both ferrous and non-ferrous metals. In most instances, these high density medias will reduce cycle times and provide vastly improved finishes in applications ranging from deburring of hard metals to fine finished on intricate parts.
High Performance – Media that has been formulated for use in specific applications involving ferrous metals.
These vibratory finishing media selection will provide a dramatic improvement in surface finished with the impact resistance of a plastic body, which significantly decreases fracturing and impingement.
Click here to view all shapes and sizes
Purpose medias can be used for deburring, flash removal, burnishing and pre-plate finishing.
Synthetic Media
Has a 20% to 45% lower Bulk Density than Polyester and Ceramic Media offering a Greater Volume per pound and yielding a lower working cost- Lesser weight Per Cubic Ft. Synthetic will reduce surface hammering and impingemen
- Synthetic 55/lbs Cu. Ft.
- Polyester 65/lbs. Cu. Ft.
- Ceramic 85/lbs. Cu Ft.
- Offers extremely Fine Finishes.(Ideal for medical, Dental, Aerospace etc…..)
- The effluent from Vibra Finish Synthetic Media separates quickly and clearly in a matter of hours compared to days for Polyester Media.
- Vibra Finish Synthetic Media is water based making it the most cost effective andeasily treated material for removal in waste water systems.
- Quick settling of solids makes closed-loop waste water systems practical, affordable offering a considerable water cost saving for continual use.
Please visit our photo and video galleries to see our vibratory deburring machines and other metal finishing equipment.
SYNTHETIC MEDIA
- Has a 20% to 45% lower Bulk Density than Polyester and Ceramic Media offering a Greater Volume per pound and yielding a lower working cost
- Lesser weight Per Cubic Ft. Synthetic will reduce surface hammering and impingemen
- Synthetic 55/lbs Cu. Ft.
- Polyester 65/lbs. Cu. Ft.
- Ceramic 85/lbs. Cu Ft.
- Offers extremely Fine Finishes.(Ideal for medical, Dental, Aerospace etc…..)
- The effluent from Vibra Finish Synthetic Media separates quickly and clearly in a matter of hours compared to days for Polyester Media.
- Vibra Finish Synthetic Media is water based making it the most cost effective andeasily treated material for removal in waste water systems.
- Quick settling of solids makes closed-loop waste water systems practical, affordable offering a considerable water cost saving for continual use.
Polish
SM 55-60 Pink
Light weight, delivers a bright polish finish, excellent wear. Works well in all types of finishing equipment.
Preplate
SV 55-60 Light Green
A long-lasting media that produces extremely fine finishes and excellent color.
General Purpose
SX 55-60 Pink
Good cutting ability yet leaves a finish that can be plated or painted. Formulated for high energy equipment
SY-1 55-60 Tan
Light weight, fast cutting media that leaves excellent finish ready for anodizing or painting.
Fast Cut
SJ 55-60 Tangerine
A light weight, long-lasting media formulated for non-ferrous parts where parts are deburred, radiused orcleaned using vibratory or
high energy equipment
SY 55-60 Tan
Light weight, our most aggressive synthetic media formulation where metal removal radius and cycle times are primary concerns.
FREE SAMPLE PROCESSING
Let Giant Finishing help you create the correct recipe for finishing your parts. Our elite team of metal finishing experts can help you pick the correct size, shape, and composition of media to work with the correct chemistry to create a recipe specifically designed for your parts.
