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 media blasting to remove flash from the interior and exterior of your parts. The process is completed in batches so that throughput is increased and price per part is lower when compared to alternative deflashing processes such as hand deflashing.

Since introducing our Nitrofreeze Deflashing Service in 2003, we have cryogenically deflashed many types of rubber. Parts made of EPDM, Neoprene, Viton, Acrylic, Nitrile, Butadiene, Butyl, Silicone and many other types of rubber are great candidates for our deflashing process. We offer free evaluations of your parts to see if they are a good fit for our process. If they are a good fit, then we can process samples for a nominal fee.

If you are satisfied with the results of our deflashing process as most of our customers are, we will issue you a quotation for our contract service. If you are interested in bringing our proprietary cryogenic deflashing process in to your facility, we will be glad to provide you with equipment and the technical knowledge to do so. To learn more about our cryogenic deflashing service and deflashing equipment, please contact Ryan M. Taylor by phone at (800) 739-7949 or by email at rtaylor@nitrofreeze.com.

Deflashing for Rubber

Cryogenic deflashing has existed for several decades to serve the rubber and silicone molding industries. For several decades this process has helped remove residual flash left over by the molding process. Flash along parting lines, in holes, and gates vestiges can be removed by this deflashing process.

The process originally was created to remove flash from molded o-rings made of rubber and silicone. The parts would be loaded in a tumbler which would pump nitrogen in to cool the parts while tumbling them against one another. As time progressed, media was added to the process to help remove flash in hard to reach places. The addition of media to the process has resulted in an increase in overall applications.

Today components from aerospace, defense, medical and many other industries are processed using cryogenic deflashing. Parts made of rubber and silicone tend to leave behind excess flash that must be removed. The easiest way to remove flash from these parts is to use a cryogenic deflashing system or service. At our facility, in Worcester, MA we provide cryogenic deflashing as a service to molders of rubber and silicone. In addition, we also provide cryogenic deflashing systems to our customers that need to bring this process in-house.

If you are having problems deflashing your parts, let us know. We would be pleased to assist you in evaluating your parts for our deflashing process. Please contact us at 800-739-7949 or email me at rtaylor@nitrofreeze.com. To learn more about the cryogenic deflashing process, please visit our deflashing page.

Cryogenic Deflashing for Rubber and Silicone Parts

One of our service offerings, cryogenic deflashing has seen a major spike in orders lately. Many customers with silicone and rubber parts are utilizing cryogenic deflashing to clean any excess flash from their parts. For the past twenty five years cryogenic deflashing has been the most efficient way to remove flash from rubber and silicone parts. This form of deflashing can save manufacturers a significant amount of money over hand deflashing.

There are two types of cryogenic deflashing available today. The original method involves a large barrel spinning around. This form is called cryogenic tumble deflashing. The barrel is filled with the parts then cooled to cryogenic temperatures and tumbled. This form of cryogenic deflashing is good for smaller parts with excess flash on the edges. As the parts are tumbled at such low temperatures the flash flakes and rubs off of the parts. Smaller rubber and silicone gaskets are also suitable for this process. We offer cryogenic tumble deflashing in house and have for many years.

The second form of cryogenic deflashing utilizes a media to spray the parts. This process was introduced several years after cryogenic tumble deflashing. We refer to this form simply as cryogenic deflashing. Parts are inserted in to a basket which is then put into the machine. This process is computer controlled and capable of saving recipes for each particular part that is run. Variables that are computer controlled include time, temperature, throw wheel speed (rate at which media is blasted), and basket rpm. Other variables include amount of parts in the basket and the media size used on the parts. This process is more efficient than tumble deflashing for many kinds of parts. Parts with parting line flash, gate flash, ejector pin flash, and flash within cross holes and slots will be removed with this process. This form of deflashing is more effective because cycle times are shorter due the extra media blasting capability. As a result, we are able to save you more money when deflashing your parts. This particular cryogenic deflashing service has become one of our most successful service offerings.

Cryogenic deflashing offers an efficient means to remove flash from your parts. Turnaround time is typically two days after receipt which means fewer delays. Process times are often twenty minutes or less, allowing significant cost-savings. If your parts have very exquisite geometries and a fixture is required, we can design and build one. For those utilizing cryogenic deflashing in house within their manufacturing process, now is the time to outsource especially with fluctuating manufacturing orders. Think about all that wasted money spent on unused liquid nitrogen. Shipping costs are much less than the money wasted on lost liquid nitrogen. Call us today at 800-739-7949 for an efficient way to remove flash from your molded parts.

For more information about cryogenic deflashing, take a look at http://www.nitrofreeze.com/services/deflashing/. For a Frequently Asked Question section on the process, please visit http://www.nitrofreeze.com/services/deflashing/cryogenic-deflashing-frequently-asked-questions/. To see the cryogenic deflashing process in pictures, go to http://www.nitrofreeze.com/services/deflashing/cryogenic-deflashing-process/.

We will be presenting these services at the Eastec 2009 tradeshow at the Big E Exposition fair grounds in Springfield, Massachusetts from May 19th to May 21st. You can also visit us at MassPlastics 2009 tradeshow at the Royal Plaza Hotel and Trade Center in Fitchburg, Massachusetts on October 21st and 22nd. Hopefully we will see you there!