Abstract: A mounting fixture for making a chemical-resistant protective glove has a seal configured to seal the open end of a glove base so the glove base can be inflated. The seal can include a seal that inflates to press against a peripheral sealing ring. An air inlet enables the glove base to be inflated while secured in place on the fixture. A light enables the interior of the glove base to be illuminated, and seals and connections are provided enabling the fixture to be rotated while the glove base is inflated. The glove base can be rotated as a spray coating is applied, and a lamp lights the interior of the glove base as it is rotated and sprayed to assist the operator to identify unsprayed areas.

Abstract: A chemical-resistant protective glove includes a polymer base with a thin fluoroelastomeric coating. The glove is made by first placing the base on a mounting frame and inflating it with gas to spread the fingers. Successive thin layers of a water-base emulsion of the fluoroelastomeric material are then sprayed on the base. The final coating is applied with a relatively high air flow, creating a matte finish.

Abstract: A chemical-resistant protective glove includes a polymer base with a thin fluoroelastomeric coating. The glove is made by first placing the base on a mounting frame and inflating it with gas to spread the fingers. Successive thin layers of a water-base emulsion of the fluoroelastomeric material are then sprayed on the base. The final coating is applied with a relatively high air flow, creating a matte finish.