HM-HP10 High Pressure Homogenizer

Product Introduction

HM-HP10 is a laboratory high pressure homogenizer for reducing liquid-borne particles and processing cell suspensions through controlled high-pressure treatment. A high-pressure reciprocating pump conveys material to the working valve, where shear, impact and cavitation produce ultrafine processing. The model is designed for research teams that need a small minimum batch while retaining a 12–15 L/H design flow. Its ≤45 mL minimum processing volume helps laboratories work with limited or valuable samples. A solid ceramic plunger provides a hard, smooth, wear-resistant and self-lubricating contact surface. The temperature-controlled first-stage homogenization valve supports low-temperature operation at around 4°C to help preserve biological activity. Real-time flow adjustment, zero residual sample handling and a Tri-Clamp self-priming feed support repeatable laboratory transfers without an additional feed pump. For a broader model comparison, review HM-HP10 in the HM Instruments high pressure homogenizer range.

Applications / Testing Items

• Pharmaceutical formulation and laboratory sample preparation
• Cosmetic emulsion and fine-chemical dispersion studies
• Food and beverage formulation development
• Bioengineering and cell-disruption experiments
• Materials science research involving liquid-carried particles

Functional Performance / Features

1. High-pressure reciprocating pump transfers material to the working valve for ultrafine processing.
2. Design pressure reaches 180 MPa, with adjustable actual operating pressure from 0 to 150 MPa.
3. Design flow is 12–15 L/H for laboratory processing workflows.
4. Minimum processing volume is ≤45 mL for small-batch experiments.
5. Solid ceramic plunger combines hardness, smoothness, wear resistance and self-lubrication.
6. Temperature-controlled first-stage homogenization valve supports output temperature around 4°C.
7. Digital pressure gauge provides direct pressure indication.
8. Flow size can be adjusted in real time according to experimental requirements.
9. Tri-Clamp quick connection with self-priming feed avoids an additional feed pump.
10. Independent homogenization module is easy to remove, maintain and sterilize independently.
11. Nanometer homogenization can reach ≤100 nm; cell disruption breakage rate is ≥95%.
12. SIP and CIP cleaning modes support laboratory cleaning operations.

Main Parameters

Parameter	HM-HP10 specification
Alternate model	JXNANO-15
Design maximum pressure (MPa/bar/Pis)	180/1800/26100
Actual operating pressure	0–21750 Psi (150 MPa), adjustable; maximum stable pressure 21750 Psi (150 MPa)
Design flow	12–15 L/H
Minimum processing volume	≤45 mL
Pressure display	Digital pressure gauge
Homogenization valve	Temperature-controlled first-stage homogenization valve
Maximum feed particle size	≤100 μm
Material temperature	≤90°C
Power supply	220 V/50 Hz

Technical Parameters

Item	Specification
Processing principle	High-pressure shear, impact and cavitation in the working valve
Valve exhaust	Conventional exhaust
Sample residual	Zero residual sample
Flow control	Real-time adjustment according to experimental requirements
Plunger	1 solid ceramic plunger
Incoming material viscosity	≤2000 cp
Feed mode	Tri-Clamp quick connection with self-priming feed; no additional feed pump required
Homogenization valve materials	Zirconia, tungsten carbide, diamond or Stellite may be used
Homogenization effect	Nano-homogenization ≤100 nm; cell disruption breakage rate ≥95%
Motor drive	ABB motor pump drive
Cleaning	SIP and CIP operations
Equipment dimensions	Length 710 mm; width 545 mm; height 455 mm
Packaging dimensions	850*670*520
Main unit weight	120 kg
Chiller specification	440 mm:300 mm:510 mm; 32 kg
Basic configuration	Main unit, one chiller, one set of disassembly tools and one user manual
Delivery	Within 20 days after contract signing
Warranty	One year for the complete machine after acceptance

Expert Review

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