O'Neill Industrial Corporation



105 Commerce Circle • Durham, CT 06422 U.S.A.
Tel (860) 349-8988 • Fax (860) 349-8986 • Email: jo@oneillindustrial.com


     O'Neill Industrial Corporation, founded in 1981, and incorporated in 1984 in the state of Connecticut, is a producer of noise control materials. The products include a full line of noise barriers, absorbers, dampers and isolators.
     
The primary markets are aircraft, aerospace, shipbuilding, air compressor, medical device, business machine and remedial in-plant. Other related high temperature thermal insulation markets are also served.
     
The major capabilities provided are material supply, both in raw stock and custom finished products and consulting.

      Marketing is international in scope. Emphasis is placed on niche noise markets, particularly where the surrounding environment is severe and where flame and smoke are an issue.
     
O'Neill Industrial Corporation is located in Durham, Connecticut where office and production facilities are housed in a 10,000 square foot building on two acres of land. There are twenty five employees, including the founder and president, Justin T. O'Neill. Other officers include Gail Tubridy O'Neill, Vice President Finance and John J. O'Neill, Jr., Secretary and Legal Counsel.


Note: All data about the products listed in this website are based upon tests conducted with specific materials, installed as stated, and tested with conventional instruments under ambient conditions. This information, therefore, may be considered as being indicative of representative properties and characteristic performance obtainable. However, since environmental and/or installation conditions vary, we make no warranty, express or implied, concerning the use of these products, nor do we accept responsibility for any misapplication of these products.

All fire tests reported were obtained using standard laboratory procedures recognized by the technical community. The data are valid as a measurement of material under specific controlled test conditions. However, these data do not represent an accurate indicator of the performance of the material and of the hazards which may exist under actual fire conditions.


© 1999, O'Neill Industrial Corporation