INLINE HOMOGENIZER.

INLINE HOMOGENIZER

Available Capacity 3 H.P. to 20 H.P.

M.O.C. Contact Parts S.S. 316.

Used for Liquid & Ointment.

High Seed stator and rotor construction.

Contact parts SS 316 & Non Contact parts SS 304.

Available for both batch and continuous production.

Several interchangeable stator for desired results.

Inline Homogenizer — Overview

An Inline Homogenizer is a high-shear mixing device installed directly into a pipeline to continuously blend, emulsify, disperse, or dissolve materials without batch processing. It is widely used in pharma, food, cosmetics, chemicals, and biotech industries.

🔧 Technical Specifications (Typical Industrial Model)

General Specifications

• Type: Inline / Continuous Homogenizer

• Operation Mode: Continuous flow

• Mixing Principle: Rotor–Stator High Shear

• Installation: Pipeline mounted (horizontal / vertical)

Construction

• Contact Parts: SS 316 / SS 316L

• Non-Contact Parts: SS 304

• Surface Finish:

  • Internal: Ra ≤ 0.8 µm (mirror / pharma finish optional)

  • External: Matte / Mirror polished

• Sealing: Mechanical Seal (Single / Double)

Performance

• Motor Power: 1 HP to 30 HP (customizable)

• Speed: 2,800 – 3,600 RPM

• Flow Rate: 100 LPH to 50,000 LPH

• Particle Size Reduction: Up to 1–5 microns

• Shear Rate: Very high (suitable for emulsions & suspensions)

Operating Conditions

• Working Pressure: Up to 10 bar

• Operating Temperature: Up to 120°C (higher on request)

• Viscosity Range: Up to 100,000 cP

Connections

• Inlet / Outlet:

  • TC (Tri-Clamp)

  • Flanged

  • SMS / DIN

• Sizes: 1” to 6” (custom options available)

Electrical

• Voltage: 220V / 380V / 415V

• Phase: Single / Three Phase

• Frequency: 50 / 60 Hz

• Control Panel: Optional (VFD for speed control)

🧪 Applications

• Pharmaceutical emulsions & suspensions

• Syrups, ointments, creams & gels

• Food sauces, dairy emulsions, beverages

• Cosmetic lotions & serums

• Chemical dispersions & polymer solutions

✅ Key Advantages

• Continuous processing (no batch loss)

• Uniform particle size & stable emulsions

• CIP/SIP compatible

• Reduced processing time

• Energy efficient & low maintenance