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Grinding Mill

We are leaders in the market for providing best range of Ball Mill, air jet mill, Jet Mills and Grinding Mill

Ball Mill

  • Shape Round
  • Application Crushing Machine
  • Color Silver
  • Feature Compact Designs, High Strength, Optimum Quality
  • Finishing Polished
  • Productivity 40 pcs/min
  • Motor power 1000 KW

ball millsare one of the most precise, reliable and cost effective methods of fine grinding solids in either a wet or dry state. ball mills are referred to by many names including pebble mills, tube mills and attrition mills, but no matter what the nomenclature they all operate on the same efficient principle. a horizontal cylinder is rotated at a predetermined speed that sets the balls into a tumbling and cascading motion which impact the solids in a very predictable and controllable fashion. because the process takes several hours, the particles will not only be finely milled, but will exhibit a narrow particle size distribution. tumble milling is efficient and puts more energy into milling and less into wasted friction which both reduces contamination and eliminates temperatures spikes. for very heat-sensitive products, a cooling jackets can be provided for temperature control. scale-up of tumble mills benefits greatly from the fact that they become more efficient with increasing size. tumble mills are designed for each application, taking into consideration all of the solids characteristics and whether the solids will be discharged wet or dry.

features :
  • high efficiency due to the relatively slow rotational speed but large mass of media, more of the energy goes into milling and less wasted as heat.
  • narrow particle distribution solids milled in tumble mills are normally so fine and consistent in size that its rare to require classification.
  • repeatable results mill operating parameters including rotational speed, media size and milling duration can be independently controlled with known effect on the final results.
  • low temperature because of the high efficiency of milling and low heat generation, the solids will not be exposed to high temperatures. for extremely heat sensitive products, cooling jackets can be provided on the mill cylinder.
  • chemical containmentsolids are sealed and contained inside the mill, protecting the environment and operators.
  • predictable scale up scale up from small to large mills is very predictable. ball milling is one of the few unit operations that actual improve in performance and efficiency with increasing size. the abbe slice mill is the same as the product mill and can replicate all mill operating parameters but with very little product.
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Air Jet Mill

8.95 - 40 /Bag Get Latest Price
  • Min. Order (MOQ) 1 1

AIR JET MILL - EMCO PSI 8 The Pharmaceutical jet mill utilizes compressed air to grinding system which rapidly expands to generate a high speed rotation of material which runs below sonic speed. This creates near sonic particle-on-particle collision, generating increasingly smaller particles. Centrifugal force holds larger particles in the grinding rotation area until they have achieved the desired fine particle size. Centripetal force drags the desired particles towards the static classifier where they are allowed to exit upon achieving the correct particle size.

Additional Information:

Payment Terms : T/T,

Delivery Time : 6- 8 weeks

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Jet Mills

AIR JET MILL - EMCO PSI 12The EMCO PSI 12 works independently with the process at a constant temperature. The powder is fed at below sonic speeds into the flat cylindrical milling chamber tangentially through a venturi. The system uses compressed air. Once the particles are inside the milling chamber they are accelerated by a series of jets around the perimeter to supersonic speed, in a spiral movement. The micronising effect occurs when the slower incoming particles and the faster particles in the spiral path collide. While centrifugal force retains the larger particles at the periphery of the milling chamber, the smaller particles exit with the exhaust from the center of the chamber.The Particles Size Distribution is controlled by adjusting the 3 main parameters Milling Pressure the energy used to micronize the product, increasing pressure, increases the micronization effect.Feed Pressure The energy used to introduce the product into the milling chamber.Feed Rate the concentration of product fed into the milling chamber, the greater the feed rate, the less the micronization effect, because particles must have space to achieve proper acceleration and collision.
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