Attritor Mill, Brand omkar

Attritor mills serve as an powerful and, Impressive fast efficient method for blending all operations, And milling either wet, Of grinding or dry. The advantage of an a milling machine designed for attrition is that it ensures which encompasses every grinding materials consist of in action all the time. This produces much faster action. For example, Wet milling a casting slip can be completed in one tenth of the milling time necessary in a conventional ball mill. Working of attritor the attritor is often referred to generically as a stirred ball mill. The operation of an attritor is simple and effective. The substance intended for grinding is situated within a stationary tank with the milling materials carbon steel, Chrome steel, Stainless steel, Tungsten carbide and ceramic spheres are commonly used media. The material and media are then disturbed by a shaft rotating at, With arms an accelerated pace this causes the media to exert both shearing and impact forces on the material. The final result of this remarkably efficient process is an extremely measured in, Fine material microns or fractions distributed on, Of microns a very narrow curve. The laboratory attritor works up to ten times faster than the pebble or, Conventional ball jar mill. Its compact, Vertical profile requires minimal space. No premixing is necessary. Adding ingredients or taking samples is achievable at any time during the grinding. Construction the vessel is constructed with thick ss304. Material to withstand heavy loads and is supplied alongside a top cover in two halves that may be locked on to the main vessel through the use of eye bolts. A jacket in ms construction for warmth and cooling is provided complete with inlet outlet and drain fittings. Coats of metal primer and 2 coats of synthetic enamel paint. A specially designed ball valve with strainer is provided located at the base of the vessel for quick output made with the material. The complete vessel is affixed to steel shaft perfectly balanced and housed attached to the structure structure. The entire vessel can be tilted by means of a mechanical apparatus to facilitate cleaning operations. Residue, Free discharge and easy cleaning due to dish bottom chamber. The main shaft is connected to the output conclusion of the gear box assembly with ms rigid flange type coupling. The shaft is carefully machined and fitted featuring a unique design adjustable attrition arms which rotate as per model wise requirement rpm. The unit is painted with two coats of synthetic enamel paint.