These metal-housed mantles hold in place and heat round-bottom glassware, such as flasks, for distilling, condensing, extracting, and other lab testing applications. The heating element of the mantle is lined with cloth to protect glassware from scuffs and scratches.

Metal-housed heating mantles with built-in magnetic stirrers warm and mix substances or solutions in flasks. The heating element of the mantle is lined with cloth to protect glassware from scuffs and scratches.

Cloth-housed tabletop heating mantles have supports that keep round-bottomed glassware upright and reach higher temperatures than metal-housed mantles but require a separate temperature controller to function. These heating mantles have housings made from natural or synthetic fibers and contain heating elements that increase the temperature of substances within glassware. They can be used in place of Bunsen burners with applications using highly flammable or combustible substances.

Cloth-housed lower hemispherical heating mantles fit underneath round-bottom glassware. They enclose less of the glassware than tabletop mantles and require supports to keep flasks from tipping. They reach higher temperatures than metal-housed mantles but require a separate temperature controller to function, and they can be used in place of Bunsen burners with applications using highly flammable or combustible substances. These heating mantles have housings made from natural or synthetic fibers and contain heating elements that increase the temperature of substances within glassware.

Cloth-housed upper hemisphere heating mantles go over the top of round-bottom glassware bodies and require supports to keep flasks from tipping. These heating mantles have a housing made from natural or synthetic fibers and contain heating elements that increase the temperature of substances within round-bottom glassware. They reach higher temperatures than metal-housed mantles but require a separate temperature controller to function, and they can be used in place of Bunsen burners with applications using highly flammable or combustible substances.

Cloth-housed spherical heating mantles cover the entire body of round-bottom glassware and require supports to prevent flasks from tipping. These heating mantles have housings made from natural or synthetic fibers and contain heating elements that increase the temperature of substances within glassware. They reach higher temperatures than metal-housed mantles but require a separate temperature controller to function, and they can be used in place of Bunsen burners with applications using highly flammable or combustible substances.

Heating mantle insulation and spill covers supplement the function of existing mantles. Heating mantle insulation covers help retain heat within flasks without electricity. Spill covers protect lower-hemisphere cloth mantles from coming into contact with substances exiting the flask during an experiment or chemical reaction.