Guide to Collide: GTC(TM) technology
Published: September 29, 2009
Summary
There are two key reasons for high-energy consumption, low throughput and a rise in temperature of ground materials coming from a hammer mill. They are: 1. Poor hammer milling capacity Large amounts of colliding energy is wasted as heat due to the high rate of eccentric collision. This only makes materials spin and bounce around in grinding chamber, and does not lead to further size reduction....
Related topics
Join to be able to comment.
Once you join Engormix, you will be able to participate in all content and forums.
* Required information
Would you like to discuss another topic? Create a new post to engage with experts in the community.
Create a post
30 de septiembre de 2009
A very good article by author and he raised some valid issues and points in the process of grinding.
3 de octubre de 2009
This article leads to some fine tunnings that could be made in the grinding process also.Overall its a nice work.
Rowan Food Engineering Lrd
26 de octubre de 2012
Hello
Good article and very interesting , not sure how relevant it is because the beater tip speed was low at 60m/sec normal speed would be 100m/sec + for fine grinding on a 2 mm screen that was used for the test ,
16 de abril de 2018
Phil, tip speed varies for fine grinding based on the raw material. Your industry is "food". Some fibrous materials benefit from a lower tip speed. Others may grind optimally at higher tip speed. Other variables are factored in, also.
1
You may be interested in
.jpg&w=3840&q=75)