  E-mail this companyhttp://www.unitedresincorp.com 4359 Normandy Court Royal Oak, MI 48073 Phone: 248-549-8200, 800-521-4757 (toll free) Fax: 248-549-9587 Custom manufacturer of resins & adhesives. Adhesives include ceramic, electrically conductive, conductive, epoxy, fiber optic, fire resistant, glass, golf club, heat activated, high temperature, laminating, metal bonding, resin, rubber, rubber-to-metal bonding & thermally conductive adhesives. Coatings including adhesive, electrical insulation, epoxy & metal surface coatings are available. Compounds including adhesive, bonding, casting, encapsulation, epoxy, molding & potting compounds are available. Epoxies including electrically conductive, construction & wood repair epoxies are available. Resins including adhesive, bonding, casting, high temperature, coating, cold setting, electronic, encapsulation, epoxy, foam, foundry, impregnating, insulating, laminating, molding, shell molding & thermosetting resins are available. Applications include tooling, aerospace, electronics, automotive, military MIL-A-45208A, marine & construction. Capabilities include potting & encapsulating. MIL-I-45208A, UL 94VO. E-mail United Resin Corp. About United Resin Corp. From http://www.unitedresincorp.com URC's manufacturing processes are designed for consistant quality and performance. In our modern manufacturing facility located in Royal Oak, Michigan, trained personnel prepare URC's products in accordance with high quality standards and stringent military specifications. Strict quality control procedures are followed with every product we manufacture. URC is dedicated to ongoing product development and continuing research in our state-of-the-art laboratory. Maintaining quality and continuing product development has required our commitment to a substantial investment in laboratory and testing equipment. Our trained personnel are available to seek solutions and remain abreast of emerging technology. URC's products meet the needs of our customers in a variety of applications, including the aerospace, electronics, automotive, tooling, marine and construction markets. Many products meet military specifications. URC specializes in epoxies for room and high temperature tooling, adhesives, pastes, casting systems, syntactic doughs, potting and encapsulating materials, SMT materials, fiber optic adhesives and COB adhesives for the electronics industry. URC has an extensive selection of epoxy resins for the electronics industry, a number of which are UL approved, meeting potting and encapsulating requirements in a variety of conditions. For example, URC's products are used for potting and encapsulating coils, transformers, circuit boards, magnetic components, marine sonar and noise interference filters and surge protectors. Special systems include Optik-bond, COB and SMT materials used for applications on circuit boards, fiber optics, light emitting diodes and other adhesive applications. Our numerous systems satisfy the most demanding requirements and special needs of our customers. Find United Resin Corp. and others on ThomasNet.com
News & Press Releases
|
|
|
Send ThomasNet your feedback If you have different information about this company or were unable to contact them let us know.  Back to top
| |
Copyright © 2008 Thomas Publishing Company.
ThomasNet, powered by Thomas Register® and Thomas Regional®, is an industrial search engine that provides one source for finding the exact product, service, or supplier — quickly and efficiently. ThomasNet provides direct access to the detailed information needed to make a purchasing or specifying decision, including line-item product details, CAD drawings, and more.
Advertise on ThomasNet
ThomasNet, powered by Thomas Register® and Thomas Regional®, is an industrial search engine that provides one source for finding the exact product, service, or supplier — quickly and efficiently. ThomasNet provides direct access to the detailed information needed to make a purchasing or specifying decision, including line-item product details, CAD drawings, and more.
Advertise on ThomasNet