Akron Rubber

D. Walter, Technical Symposium, Akron Rubber Group, Akron, Ohio, 1988, p. 15. [Pg.92]

Formula reconstruction of rubbers at Akron Rubber [80] can be divided into the following steps (Scheme 2.6) ... [Pg.40]

K. M. Wolniak, "Butyls and Halobutyls," presented to the Akron Rubber Group EducationalEecture Series, Akron, Ohio, Mar. 13, 1989. [Pg.263]

W. M, Hess V. E, Chirico "Classification of Rubber Grade Carbon Blacks from Different Suppliers," Paper Presented at Akron Rubber Group Symposium, Ohio, Jan. 22, 1971. [Pg.308]

Pawlowski. H.. and Dick, J.. Viscoelastic characterization of rubber with a new dynamic mechanical tester, presented at the Akron Rubber Group. April 23. 1992 (later published in Rubber World. June. 1992). [Pg.222]

AKRON RUBBER DEVELOPMENT LABORATORY 2887 Gilchrist Road, Akron OH 44305, (330) 794-6600. High Tech Adhesives, co-sponsored by American Engineering Group. Also several workshops on fundamentals of adhesion, testing, and more. [Pg.46]

Mezynsld, S.M., Rodgers, M.B., 1989. Radial Medium Truck Tire Perf mance and Materials. ACS Rubber Division, Akron Rubber Group. [Pg.471]

Brendan Rodgers Walter H. Waddell ExxonMobil Chemical Company William Klingensmith Akron Rubber Consulting... [Pg.7339]

Although direct analysis of rubber compounds yields simultaneously information about polymer and additives, a quantitative determination of the additives is difficult. This requires separation of these components from the polymer and fillers by means of extraction. Following the standard procedure at Akron Rubber (cfr Chp. 2.2 of ref. [3a]), Coz et al. [25] have examined four unknown cured rubber compounds (radial passenger tyre tread, radiator hose, oil pan seal and engine gasket). Tables 6.7 and 6.8 compare the reconstructed formulations and actual recipes for the tyre and radiator hose. [Pg.606]

Pannikottu A Sadon S Karmakar U Akron Rubber Development Laboratory Inc. [Pg.30]

Paolino, P.R., Antidegradants, Uniroyal Chemical Company, Inc., presented at the 26th Annual Akron Rubber Group Lecture Series, April 24, 1989. [Pg.475]

Speciali dElastomers bulletins, Eirestone Synthetic Rubber Latex Co., Akron, Ohio. [Pg.231]

J. C. Long, Rubber Reycling, bibliography, 1989 to September 1994, ACS Rubber Division Library, Akron, Ohio. [Pg.21]

C. P. Rader, Uu/canicyation, Intermediate Correspondence Course Rubber Division, American Chemical Society, Akron, Ohio, 1985. [Pg.261]

F. Tabaddot, Finite Element Analysis of Tire eV Rubber Products, ContinuingEducation, The University of Akron, Akron, Ohio, 1984, Chapt. VI. [Pg.91]

N-phenyl-N -(1,3-dimethyl-butyl)- -phenylenediamine [793-24-8] C18H34N3 (10) RU Akron Chemical Co. Goodyear Tire and Rubber Co. Mobay Chemical Co. Monsanto Co. Pennwalt Corp. R. T. Vanderbilt Co., Inc. Ururoyal Chemical UOP, Inc. [Pg.231]

Durihg recent years a considerable amount of re-.search has been undertaken to understand what in the makeup of a polymer affects the processability. In the late 1980s, the Rubber Manufacturers Association in the United States undertook a research project with the Department of Polymer Engineering at the University of Akron to evaluate the laboratory equipment available using specially made butadiene-acrylonitrile polymers with different acrylonitrile levels, molecular weights, and molecular weight distributions. The results from the study confirmed that, from the processing variables viewpoint, the major factors are frequency (shear rate), temperature (temperature), and deformation (strain). [Pg.452]

Prakash D. Trivedi present address Central Research Laboratories, The Firestone Tire and Rubber Company, Akron, Ohio 44317, U.S.A. [Pg.83]

Acknowledgements. The authors are grateful to Drs. D. McIntyre and S. Shih of The University of Akron for the fractionated PIB samples. Financial help by the National Science Foundation and the Firestone Tire and Rubber Company is gratefully acknowledged. [Pg.110]

Goodyear Tire and Rubber Company Akron, Ohio 44316... [Pg.413]

Firestone Synthetic Rubber and Latex Company Thomas C. Bouton Akron, Ohio 44301 February 21, 1979... [Pg.413]

The authors are thankful to Dr. P. Sadhukhan (Bridgestone/Firestone Research, Akron, OH) for different rubber samples Dr. T. Medintseva (the Semenov s Instimte of Chemical Physics, Moscow, Russia) for TPV samples Dr. N. Dutta (University of South Australia, Adelaide, Australia) for the samples of SEBS filled with oil Dr. Z. Petrovich (Kansas Polymer Research Center, Pittsburg State University, Pittsburg, KA) for PU samples, and NIST/ATP Award 70NANB4H3055 for financial support. [Pg.576]

FIGURE 26.43 Abrasion loss as function of pressure for a butadiene rubber (BR) tread compound on four different abrasive surfaces. O tarmac, Akron abrasive disk, A concrete I, A concrete II. (From Grosch, K.A. and Schallamach, A., Kautschuk, Gummi und Kunststojfe, 22, 288, 1969.)... [Pg.722]

Wang, M.-J., Effect of Filler-Elastomer Interaction on Hysteresis, Wet Eriction and Abrasion of EiUed Vulcanizates, Paper presented at a meeting of the Rubber Division, ACS, Akron, May 8-10, 2006. [Pg.953]

Antkowiak TA (1977) The Firestone Tire Rubber Company, Akron, Ohio, available NTIS, AD A047 960, US Army Mobility Equipment Research and Development Command, Contract DAAK-70-76-C-0239, October, Chem Abstr 88,171465b (1978)... [Pg.245]

Kyker GS (1975) The Firestone Tire Rubber Co., Akron, Ohio, available NTIS AD AO 12 266, Army Materials and Mechanics Research Center CTR 75-6, Contract DAAG46-74-C-0066, April, Chem Abstr 84,6252q (1976)... [Pg.245]

The Firestone Tire Rubber Company, Central Research Laboratories, Akron, OH 44317... [Pg.255]

Antkowiak, The Firestone Tire Rubber Co., Akron, OH. Halasa, Goodyear Tire Rubber Co., Akron, OH. [Pg.350]

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