Difference between revisions of "Ceramic Rotary Feeders"
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[[File:Ceramic_rotary_valve.jpg|thumb|right|Ceramic Rotary Feeder]] | [[File:Ceramic_rotary_valve.jpg|thumb|right|Ceramic Rotary Feeder]] | ||
''' | [[File:Ceramic_rotary_feeder-3D-model.jpg|thumb|right|Ceramic Rotary Valve 3D model]] | ||
'''Ceramic Rotary Feeders''' are [[Rotary Feeders]] with a ceramic lining and rotor. Ceramic rotary feeders are characterised by high performance, high throughput and increases in service life by a factor of 10 to 20 compared with steel [[valves]] depending on the material to be conveyed. | |||
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* Low maintenance costs | * Low maintenance costs | ||
* Significant cost savings | * Significant cost savings | ||
== Applications == | |||
* Fly Ash | |||
* Gold Ore | |||
* Rutile Ore | |||
* Sand | |||
* Feldspar | |||
* Alumina | |||
* Kaolin Clay | |||
* Raw Limestone | |||
* Lignite | |||
* Cement | |||
* Diatomaceous Earth | |||
* Copper Concentrate | |||
Latest revision as of 06:18, 12 February 2013
Ceramic Rotary Feeders are Rotary Feeders with a ceramic lining and rotor. Ceramic rotary feeders are characterised by high performance, high throughput and increases in service life by a factor of 10 to 20 compared with steel valves depending on the material to be conveyed.
Specifications
- High availability
- Low maintenance costs
- Significant cost savings
Applications
- Fly Ash
- Gold Ore
- Rutile Ore
- Sand
- Feldspar
- Alumina
- Kaolin Clay
- Raw Limestone
- Lignite
- Cement
- Diatomaceous Earth
- Copper Concentrate