Equipment

Lenses - Glass with ground edges - Double Concave

Lenses - Glass with ground edges - Double Concave

Lenses - Glass with ground edges - Double Concave

Lenses - Glass with ground edges - Double Concave

Widely used to concentrate samples, particularly pesticides and other pollutants prior to instrumental analysis Includes a two- or three-ball Snyder column, a flask and a spring-mounted collection tube for convenient access to samples Complete

Widely used to concentrate samples, particularly pesticides and other pollutants prior to instrumental analysis Includes a two- or three-ball Snyder column, a flask and a spring-mounted collection tube for convenient access to samples Complete

Widely used to concentrate samples, particularly pesticides and other pollutants prior to instrumental analysis Includes a two- or three-ball Snyder column, a flask and a spring-mounted collection tube for convenient access to samples Complete

Widely used to concentrate samples, particularly pesticides and other pollutants prior to instrumental analysis Includes a two- or three-ball Snyder column, a flask and a spring-mounted collection tube for convenient access to samples Complete

Graduated concentrator tubes for use with Kuderna-Danish evaporative set-ups. Tube can be stoppered for storage. Overall height is 100mm for both the 4 and 10mL, and 170mm for the 25mL. Available with and without hooks.

Graduated concentrator tubes for use with Kuderna-Danish evaporative set-ups. Tube can be stoppered for storage. Overall height is 100mm for both the 4 and 10mL, and 170mm for the 25mL. Available with and without hooks.

Graduated concentrator tubes for use with Kuderna-Danish evaporative set-ups. Tube can be stoppered for storage. Overall height is 100mm for both the 4 and 10mL, and 170mm for the 25mL. Available with and without hooks.

Modular PYREX Accelerated One-Step extractor-concentrator performs extraction, concentration, and drying with the same apparatus and is designed for use with solvents of heavier specific gravity than sample being extracted. &nbspExtraction and