Abstract

The only available glove which is resistant to styrene (used in the plastics industry) and methylene chloride (used as a stripper) is very thick and degrades rapidly under humid conditions. As a first step in the development of more appropriate gloves, solvent-resistant support and body materials will be identified. A multilayer film integrating both these materials will be produced and tested. Glove prototypes will be produced and their resistance determined. Recommendations will be formulated concerning the best glove type and fabrication process. Flexible, solvent-resistant, and durable protective gloves can then be produced and marketed.