Mikron Tools & Industries Ashok Vihar Phase II, Gurugram, Haryana

MIKRONS sigma kneader is a twin basin kneading machine with two horizontally arranged kneading blades, which are deeply geared into one another and strip themselves reciprocally. The kneading blades run to a ratio 1:2 Because of their different speed, the blade sides approach and withdraw alternately. This causes high pressure tensile and shearing rates and therefore heavy friction in the kneading medium, which creates excellent dispersing and homogeneity. The shape of the kneading blades enables a steady flow of material from the side walls of the kneading trough to the middle of the kneading trough.

MIKRONS sigma kneader is a twin basin kneading machine with two horizontally arranged kneading blades, which are deeply geared into one another and strip themselves reciprocally. The kneading blades run to a ratio 1:2 Because of their different speed, the blade sides approach and withdraw alternately. This causes high pressure tensile and shearing rates and therefore heavy friction in the kneading medium, which creates excellent dispersing and homogeneity. The shape of the kneading blades enables a steady flow of material from the side walls of the kneading trough to the middle of the kneading trough. Design Highlights The two Z arm mixing blades rotate towards each other at differential speed inside a W-shaped trough Each blade moves the material in opposite direction thereby providing excellent cross mixing of all raw materials. The blades pass the trough walls and each other at close clearances resulting in good mixing. The close clearance produces a shearing and tearing action that is beneficial to the size reduction of solids. This mixer is most suitable for highly viscous material and dough like masses. Selection of appropriate blade shape and speeds result in excellent mixing. On completion of the mix cycle, the trough of the mixer is tilted and the product is discharged. The mixer is also available with a bottom opening design for discharge Wide range of blade types to choose from

Plough Shear Mixer consists of a horizontal cylindrical container with multiple plough shaped shovels mounted on the main shaft. Design Highlights The feed is subjected to a whirling, three-dimensional product movement Mixing elements are specially designed to lift the material from the inside wall of the container without squashing the particles against the wall. High-speed choppers installed to disperse agglomerations and control granulation during the mixing process in co-ordination with the mixing elements. Chopper Action Single or multiple choppers are located in the lower part of the mixing container in such a way that the chopper assembly is inserted into the wall of the container at points in between the flights of two adjacent mixing shovels.

MIKRONS® Jar mill updates and improves material processing through a simple yet efficient contamination free grinding process. They are designed specifically for applications where space is at a premium. Available in single and multiple tier models and with roll length of 300, 600, 900,1200 mm. The unique operating characteristics of our mill satisfy the most stringent requirements of the chemical, ink, paint, plastics, food and pharmaceutical industries. Our jar mills are ideal for grinding laboratory or high-purity samples. These mills provide quiet and smooth operation. The speed can be varied from 10 to 260 rpm using VFD. Ideal for R&D and small production runs Single or multi-tier design, two or three jars per tier No cross-contamination between samples Grinding jars and media in material to suit your application

MIKRONS® Double Planetary Mixer is be used to mix, knead, stir and deaerate highly viscous pastes and wet powders. Design Highlights According to the planetary principle two vertically mounted shafts rotate around a common gear in addition, they rotate at a higher speed around their own axis A swinging scraper continually sweeps the inside wall, transporting material from the walls of the vessel to the mixing tools Standard wane-shaped mixing shafts are designed to overlap, and so create strong axial and radial motions in the mix-product, as well as a highly intensive shearing and dispersing effect. In a short time, the material is thoroughly mixed and even very difficult formulas may be obtained.