Unknown - Liquid Separator

• Separation of solids from liquids in food processing, such as fruit pulp from juice or starch from wastewater.
• Dewatering of slurries and sludges in industrial wastewater treatment plants.
• Recovery of valuable solids from liquid streams in chemical and pharmaceutical manufacturing.
• Clarification of fermentation broths in biotechnology and brewing industries.

Typical throughput

For this class of equipment, throughput can vary significantly, but units commonly process several cubic meters per hour depending on the material viscosity and solid content.

Power supply

Liquid separators typically require a three-phase electrical supply, commonly 400V, 50Hz in the UK, with motor power varying based on capacity.

Construction materials

Units are commonly constructed from stainless steel (e.g., 304 or 316) for contact parts, ensuring corrosion resistance and hygiene, especially in food applications.

Separation principle

This model likely operates on a centrifugal separation principle, using rotational force to separate components of different densities.

Footprint

The provided dimensions (920mm L x 500mm W x 2040mm H) indicate a relatively compact vertical unit, suitable for integration into existing lines where space is a consideration.

Maintenance requirements

Regular maintenance typically involves checking wear parts, cleaning the separation bowl or screen, and lubricating bearings. Frequency depends on usage and material processed.

• What types of 'thick liquid dregs' can this unit process?

  This type of separator is generally designed for processing liquids with a high concentration of suspended solids or viscous slurries, such as those found in food waste, industrial effluents, or certain chemical processes. Buyers should confirm suitability for their specific material.

• Is this unit suitable for continuous operation?

• What level of dryness can be expected from the separated solids?

• Are spare parts readily available for an unknown manufacturer's model?

• What pre-treatment might be required for the feed material?

Separators and extraction systems are valued for their reliability in sample preparation workflows across laboratory and pharmaceutical settings. Buyers typically seek equipment with robust construction and minimal downtime history. Key considerations when purchasing used units include chamber integrity, seal condition, and calibration documentation. Industry sentiment favours models offering consistent reproducibility and easy maintenance. Established brands generally command confidence due to parts availability and technical support, though thorough inspection and performance testing remain essential before purchase.

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