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Case studies: Process belts
Your belt in good hands
All-in service with perfect training When a tear appeared in the belt in its seventh year of use, TEAtherm wanted to fit a spare GKD belt they had found at the power station. However, mechanical engineer Friedrich and his team lacked the necessary experience and so
New doublebacker belt exceeds high expectations
More case studies: Case Study: Nestler corrugated
Breaking new ground in phosphogypsum dewatering
Two proven belt types For years, GKD VACUBELT 3356 mesh filter belts have proven their worth in various plants for dewatering phosphogypsum in Russia, Australia and the USA. They have a pore size of 220 μm and air permeability of 290 cfm. However, a
Large-scale benchmark test at the Bad Salzuflen sewage treatment plant:
A direct comparison on flat spirals and spirals with multiple wire filling He was therefore very keen to see the results of the second test, which compared two different spiral belt types from GKD with one another: the type
Sonneberg sewage treatment plant enjoys greater planning reliability for its belt press
The first visible signs of wear in Sonneberg have not yet resulted in any impairment of the dewatering process, although Toralf Thiemann and his team are obviously keeping a close eye on this. After 22 months, he is
Greater reliability in cooling lubricant filtration
Greater reliability and less consumption mean greater efficiency While the previous belt had a maximum useful life of seven months, the VACUBELT® filter belt is still performing its task to the complete satisfaction of Ralf Kuberek after almost a
CONDUCTO® 2203 sets new standards in carding
Card web sets new standards The results and customer satisfaction speak for themselves: “This belt helped us to reduce our process interruptions significantly.“ says Thomas Konrad. The quality of the card web sets new standards by its web evenness
The future belongs to wood pellets
Climate-friendly alternative with high savings potential After buffering, the dried chips are ground once more. The resulting particles with a size less than 3 mm are axially injected into the pellet press at high pressure and radially pressed through the matrices.
