China Factory Price Lws355 Industrial SS304 Fish Oil Decanter Centrifuge for Waste Water Treatment with CE

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China Factory Price Lws355 Industrial SS304 Fish Oil Decanter Centrifuge for Waste Water Treatment with CE

Customization:	Available
Warranty:	12 Months
Type:	Centrifuge

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Product Description

Basic Specifications

Object:

Liquid Solid Separation

Separation Mode:

Sedimentation Type

Operating Type:

Continuous Type

Installation:

Horizontal

Centrifuge Type:

Horizontal Spiral Centrifuge

Pressure:

Low Pressure

Feeding Capacity:

1-10 Ton/Hour

Control Way:

PLC + Touch Screen

Certification:

GMP, CE, ISO

Material:

SS304/316L/2205, Ceramic Composite, Alloy

Origin:

China

Production Capacity:

200 Sets/Year

Logistics Details

Package Size:

1200.00cm * 800.00cm * 1200.00cm

Package Gross Weight:

1200.000kg

Transport Package:

Wooden Case

Product Description

LWS355 Industrial SS304 Fish Oil Decanter Centrifuge for Waste Water Treatment

🛠 Core Configuration

Motor: Dual motor and Dual inverter system.
Bearing: High-quality S-K-F bearings.
Control: Siemens PLC touch screen interface.
Operation: 24 hours continuous run capability.
Safety: Vibration sensors with automatic alarm and stop function.
Monitoring: Quick sensors for real-time running speed display.
Automation: Continuous feeding and automatic continuous discharge.

📦 Material Standards

Contact Parts: All parts contacting material and machine bowl are SS304.
Engine Base: Robust carbon steel construction.
Surface Finish: Protective primer and finish for carbon steel components.
Spiral: Hard alloy wear-resistant surfacing layer.
Bowl Exit: High-durability cermet material.

Working Principle

The drum and the spiral feeder rotate in the same direction but with a certain speed difference; the material is led into the feeding spiral inner cylinder via the feeding pipe and enters the drum after accelerating. Under centrifugal force, heavier solid-phase material deposits on the drum wall. This residue is continuously pushed by the spiral feeder to the conic end for dehydration and discharge, allowing for non-stop feeding and separation.

Structural Diagram

Technical Parameters

Model	Diameter (mm)	Speed (rpm)	Length (mm)	Factor (G)	Capacity (M3/h)	Main Motor (KW)	Vice Motor (KW)	Dimension (L×D×H)	Weight (KG)
LW250×1000	250	3600	1000	1813	1-3	7.5/11	4/5.5	2065×1050×800	1100
LW360×1200	360	3500	1200	2467	3-8	11/18.5	7.5/11	2600×1500×850	1900
LW420×1750	420	3200	1750	2406	4-20	30/37	11/18.5	3120×1580×1050	3000
LW450×2000	450	3000	2000	2266	5-25	30/45	11/22	4320×1050×1180	3800
LW550×2200	550	2800	2200	2412	10-35	45/55	18.5/30	4780×1160×1230	5000
LW800×2000	800	1800	2000	1450	40-100	90/110	45/55	6052×1460×2100	10000

Real Machine Gallery

Component Details

Packing & Shipping

Compliance & Manufacturing

Specializing in manufacturing high-performance industrial centrifuge machines and centrifugal separation equipment with over 50 years of industry experience. Providing professional one-stop customized services widely used in chemical, medicine, biology, food, and environmental protection fields. Using engineered 3D designs to ensure rigorous production and standardization.

Frequently Asked Questions

What materials are the contact parts made of?

All parts that come into contact with the processed material are made of high-grade Stainless Steel 304 (SS304) for optimal hygiene and corrosion resistance.

Can this machine operate 24/7?

Yes, the LWS355 decanter centrifuge is designed for continuous 24-hour operation, making it ideal for large-scale industrial waste water treatment and fish oil extraction.

What is the feeding capacity of this centrifuge?

Depending on the material and model configuration, the feeding capacity ranges from 1 to 10 tons per hour.

Does the machine include safety features?

Yes, it is equipped with vibration sensors that automatically trigger an alarm and stop the machine if any operational problems are detected to prevent damage.

How is the machine controlled?

The system utilizes a Siemens PLC touch screen interface for intuitive control, monitoring of running speeds, and automation of the feeding and discharging processes.