Assemble products using cyanoacrylate glues
Compound plastics using lead stabilizers
Cut and dry rayon filaments
Fabricate measuring devices containing mercury
Formulate, mold, or cure resins to produce advanced composite materials
Generate bioaerosols of biological enzymes
Generate latex dust in manufacturing latex products
Inhale mists of contaminated water from plastics injection molding
Make asbestos products
Make beryllium-containing products
Make brushes from tampico fibers
Make cadmium-containing products
Make products from silica powder/stone or other fibrogenic minerals
Manually "lay-up" reinforced polyester resins using styrene
Manufacture and repair mercury fluorescent lights
Manufacture arsenical pesticides
Manufacture cemented carbide materials or tools
Manufacture chemicals
Manufacture lead products
Manufacture pesticides containing captafol
Manufacture rosin core solder (colophony) and rubber tires (tall oil)
Produce chromium alloys or chromate pigments
Produced rubber with long-term exposure to high concentrations of curing fumes
Repeatedly inhale bioaerosols of soy sauce fermentation starter
Use anhydride compounds to manufacture chemical products
Use azodicarbonamide as additive to plastics and rubber
Use benzene to manufacture products
Use diazonium salts to manufacture photocopy paper or polymers
Use diisocyanates to manufacture polyurethane products
Use dioctyl phthalate to make polyvinyl chloride (PVC)
Use tetrazene to manufacture detonators
Use urea formaldehyde to manufacture resins or foams
Work in microwave popcorn plant that uses diacetyl for flavoring
Work in the mercury cell room in a chloralkali plant
Work with flock (dryers and baggers/cutters) or clean plant with compressed air
Worked in pulp and paper mill for years with repeated heavy exposures to irritating gases