Tag Archives: Deflashing Rubber

amodel | cryogenic deflashing | deflashing glass-filled nylon parts

Cryogenic Deflashing for Rubber Parts

Cryogenic deflashing removes flash, a type of surface defect, from molded rubber and molded plastic parts. This computer-controlled batch process provides faster cycle times, reduced labor costs, and greater part-to-part consistency than hand trimming.

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Case Study: Cryogenic Deflashing for Rubber Grommets

Nitrofreeze® Cryogenic Deflashing provides part molders and OEMs with a fast, consistent way to remove flash from rubber components including natural rubber, silicones, EPDM, Polyurethane, Neoprene, Viton, Vamac,butylrubber, and more . Cryogenic deflashing uses gaseous nitrogen to freeze the parts, and plastic media to break-off the surface imperfections and excess material. This safe, clean process […]

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Nitrofreeze® Proof of Concept Case Study- Deflashing Black Eye Cup

Nitrofreeze® Deflashing and Deburring process adds value while reducing costs to customers by eliminating the need for hand trimming. Highlighted below is an actual customer part that has successfully undergone the Nitrofreeze® process. Material : Rubber Description : Black Eye Cup Area for Concern : OD and ID Flash Results :  The Black Eye cups came to […]

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Cryogenic Deflashing – How It Works

Cryogenic Deflashing offers a modern approach to remove flash from your parts created during the molding process. The cryogenic deflashing process removes flash from parts via tumbling and blasting of fine, polycarbonate media in a cold atmosphere. By subjecting the parts to cold temperatures, the flash becomes brittle and is easily removed when the media […]

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Deflashing Rubber Service

The Cryogenic Institute of New England, Inc. provides its proprietary Nitrofreeze Cryogenic Deflashing Service to customers across the United States. Our new facility located in Worcester, Massachusetts has boosted capacity so that we are capable of deflashing your rubber parts in two business days after receipt. Our deflashing process utilizes cold temperatures, tumbling and plastic […]

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