The Coperion KEK Centrifugal Gravity Sifter (Kemutec) is a high-speed, hygienic screening solution designed for precise powder classification, scalping, policing, and de-agglomeration in the food, pharmaceutical, chemical, and battery industries.

Receive 1-3 days from order

Featuring a cantilevered shaft design and tool-free screen changes, it delivers high-capacity, low-vibration performance across capacities ranging from a few kilograms to over 90 tons per hour.

Technical Specifications & Features

Specification / Parameter	Details
Manufacturer / Brand	Coperion / Kemutec
Product Category	Industrial Centrifugal Sifters / Powder Screening Equipment
Throughput Capacity	Ranging from a few kilograms/hour up to 90+ tons/hour
Shaft Design	Cantilevered shaft supported at the inlet end (eliminates oversize end bearings and seals)
Screen Access	Tool-free screen removal; 30-second screen changeovers via hinged, oversized doors
Mesh Material Options	Woven nylon, stainless steel wire mesh, wedge wire, and perforated plate
Construction Materials	Stainless steel and carbon steel options with FDA-approved food-grade rubber gaskets
System Compatibility	Designed for gravity fed lines; static and flexible pipe connections supported
Noise & Dust Control	Enclosed dust-tight construction with low vibration and quiet operation

Key Operational Advantages

Superior Sanitary Design: The hygienic cantilever shaft eliminates the oversize end bearing and seal, removing potential contamination points and wear parts.
Rapid Maintenance & Cleaning: Operators can strip down the sifting basket and complete screen changes in under 30 seconds without needing tools.
Versatile Powder Processing: Handles scalping, foreign particle policing, de-lumping/de-agglomeration, size classification, and liquid straining.
Higher Efficiency vs. Flat-Deck Sieves: Generates less dust, uses less space, operates with lower noise, and delivers significantly higher throughput per screen area compared to traditional flat-deck screeners.

Primary Applications

Industries: Food processing, dairy, pharmaceuticals, chemicals, and battery materials.
Common Materials: Fine powders, sugar, flour, milk powders, granular products, and battery active materials.

Technical Specifications & Features

Specification / Parameter	Details
Manufacturer / Brand	Coperion / Kemutec
Product Category	Industrial Centrifugal Sifters / Powder Screening Equipment
Throughput Capacity	Ranging from a few kilograms/hour up to 90+ tons/hour
Shaft Design	Cantilevered shaft supported at the inlet end (eliminates oversize end bearings and seals)
Screen Access	Tool-free screen removal; 30-second screen changeovers via hinged, oversized doors
Mesh Material Options	Woven nylon, stainless steel wire mesh, wedge wire, and perforated plate
Construction Materials	Stainless steel and carbon steel options with FDA-approved food-grade rubber gaskets
System Compatibility	Designed for gravity fed lines; static and flexible pipe connections supported
Noise & Dust Control	Enclosed dust-tight construction with low vibration and quiet operation

Key Operational Advantages

Superior Sanitary Design: The hygienic cantilever shaft eliminates the oversize end bearing and seal, removing potential contamination points and wear parts.
Rapid Maintenance & Cleaning: Operators can strip down the sifting basket and complete screen changes in under 30 seconds without needing tools.
Versatile Powder Processing: Handles scalping, foreign particle policing, de-lumping/de-agglomeration, size classification, and liquid straining.
Higher Efficiency vs. Flat-Deck Sieves: Generates less dust, uses less space, operates with lower noise, and delivers significantly higher throughput per screen area compared to traditional flat-deck screeners.

Primary Applications

Industries: Food processing, dairy, pharmaceuticals, chemicals, and battery materials.
Common Materials: Fine powders, sugar, flour, milk powders, granular products, and battery active materials.

Read less...

To contact Hillen Brand about KEK Centrifugal Gravity Sifter use Get a quote.