MIXING MACHINES CHEMICAL

Brand Owner (click to sort) Address Description
MTI ECO MTI Mischtechnik International GmbH Ohmstr. 8 Detmold 32758 Germany Mixing machines for the chemical industry, in particular the plastic processing industry and the food industry;MISCH TECHNIK INTERNATIONAL ECO;
OPTIMABLEND EIRICH MACHINES, INC. 3982 Ryan Road Gurnee IL 60031 Mixing machines for the chemical, ceramic, pharmaceutical, metallurgical, mining, carbon, aluminum, glass, building material, paper, recycling, environmental, waste, battery, powder metallurgy, foodstuffs, and cosmetics industries;OPTIMA BLEND;
PELLETSIZER MASCHINENFABRIK GUSTAV EIRICH GMBH & CO. KG Walldurner Strasse 50 Hardheim D-74736 Germany Mixing machines for chemical, ceramic and metallurgic industries as well as for the building materials industry, in particular mixing machines for the carbon industry and for the aluminum industry; crushing machines and chipping machines for the chemical, ceramic and metallurgic industries as well as for the building materials industry, mills for the chemical, ceramic and metallurgic industries as well as for the building materials industry, particularly disk mills, disintegrating mills, granulating machines and disintegration machines for the chemical, ceramic and metallurgic industries as well as for the building materials industry; conditioning machines for the chemical, ceramic and metallurgic industries as well as for the building materials industry; parts and fittings therefor;PELLET SIZER;Color is not claimed as a feature of the mark.;Homogenising machines for the chemical, ceramic and metallurgic industries as well as for the building materials industry; parts and fittings therefor;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A foam chemical dispenser device that includes a dispenser housing having a body portion defining a mixing module reception area, and a mixing module positioner adjustably supported by the dispenser housing between a mixing module hold position and a mixing module access position. Further included is a finger releasable locking device which, when in a locking mode, locks the mixing module positioner in the hold position and when in a release mode provides for positioner adjustment to the access position. Also included is a dispenser having a dispenser housing with a chemical inlet section and a chemical outlet section, and a closure device dimensioned for contact with a mixing module positioned to receive chemical from the chemical outlet section of the dispenser housing, and the closure device being pivotable between a mixing module hold position and a mixing module access position. A method of accessing a mixing module of a dispenser is also featured including releasing a finger release locking device locking a closure device from a mixing module locked in position mode to a mixing module access mode and preferably vice versa.