High Shear Emulsifier Mixer
In modern pharmaceutical, cosmetic, and food manufacturing, transferring a laboratory formulation into commercial scale-up requires flawless liquid-liquid and solid-liquid processing.
As a premier high shear emulsifier mixer manufacturer, we deliver predictable batch consistency and long-term stability. Our GRH Series combines four critical processing actions—mixing, dispersing, emulsifying, and homogenizing—into a single, high-efficiency operation, achieving up to 30% faster processing times compared to conventional mixers.
1. High-Speed Core Technology & Conical Geometry
The core competitive advantage of this series lies in its high-speed technology, delivering adjustable rotational speeds from 3,600 to 9,000 RPM. By maximizing the rotor linear velocity, the system achieves precision nano-scale homogeneous emulsification and superior material wet grinding.
- Three-Stage Conical Rotor-Stator: Features a specialized conical design equipped with three-stage progressive serrated protrusions and grooves for intense hydraulic shear.
- Stepless Gap Adjustment: The gap between the stator and rotor can be adjusted without limits. This allows operators to fine-tune the milling zone, preventing thermal denaturation of fragile proteins.
- Chaotic Mixing in Fluid Turbulence: Within high fluid turbulence, the geometric grooves change directions across multiple stages. This eliminates product bypassing and ensures uniform particle size distribution.
- Sanitary Compliance: Manufactured with high-precision surface polishing and premium structural materials (SS304 or SS316L) with FDA-compliant seals to meet strict cGMP standards.
2. Flexible Process Integration & Turnkey Customization
Our high shear inline emulsifiers provide versatile processing capabilities engineered to scale with your specific liquid-liquid or solid-liquid manufacturing layouts:
- Universal Container Adaptability: Designed to interface with various vessel configurations and tank specifications across different batch sizes.
- Precision Flow Control: The flow rate is fully adjustable, allowing modulation down to 10% of the maximum allowable volume for optimal residency time.
- Viscosity Matching: Processing capacities are highly calibrated to match varying material viscosities, compound consistencies, and precise target product metrics (all standardized testing data is benchmarked using water as the testing medium).
3. Engineering for Hazardous & Special Working Conditions
We specialize in developing robust fluid processing systems capable of withstanding the most demanding industrial environments. For manufacturing facilities facing hazardous or special working conditions, we offer comprehensive customized equipment selection and engineering solutions:
- High-Temperature Operations
- High-Pressure Processes
- Flammable and Explosive Zones (ATEX / Explosion-Proof Motors)
- Highly Corrosive Material Media
Our engineering team continuously innovates to deliver stable, efficient, and flexible refined fluid processing solutions. Note: As parameters may be optimized due to ongoing technical iterations, specifications of the actual delivered product shall prevail.
Description
In modern pharmaceutical, cosmetic, and food manufacturing, transferring a laboratory formulation into commercial scale-up requires flawless liquid-liquid and solid-liquid processing.
As a premier high shear emulsifier mixer manufacturer, we deliver predictable batch consistency and long-term stability. Our GRH Series combines four critical processing actions—mixing, dispersing, emulsifying, and homogenizing—into a single, high-efficiency operation, achieving up to 30% faster processing times compared to conventional mixers.
1. High-Speed Core Technology & Conical Geometry
The core competitive advantage of this series lies in its high-speed technology, delivering adjustable rotational speeds from 3,600 to 9,000 RPM. By maximizing the rotor linear velocity, the system achieves precision nano-scale homogeneous emulsification and superior material wet grinding.
- Three-Stage Conical Rotor-Stator: Features a specialized conical design equipped with three-stage progressive serrated protrusions and grooves for intense hydraulic shear.
- Stepless Gap Adjustment: The gap between the stator and rotor can be adjusted without limits. This allows operators to fine-tune the milling zone, preventing thermal denaturation of fragile proteins.
- Chaotic Mixing in Fluid Turbulence: Within high fluid turbulence, the geometric grooves change directions across multiple stages. This eliminates product bypassing and ensures uniform particle size distribution.
- Sanitary Compliance: Manufactured with high-precision surface polishing and premium structural materials (SS304 or SS316L) with FDA-compliant seals to meet strict cGMP standards.
2. Flexible Process Integration & Turnkey Customization
Our high shear inline emulsifiers provide versatile processing capabilities engineered to scale with your specific liquid-liquid or solid-liquid manufacturing layouts:
- Universal Container Adaptability: Designed to interface with various vessel configurations and tank specifications across different batch sizes.
- Precision Flow Control: The flow rate is fully adjustable, allowing modulation down to 10% of the maximum allowable volume for optimal residency time.
- Viscosity Matching: Processing capacities are highly calibrated to match varying material viscosities, compound consistencies, and precise target product metrics (all standardized testing data is benchmarked using water as the testing medium).
3. Engineering for Hazardous & Special Working Conditions
We specialize in developing robust fluid processing systems capable of withstanding the most demanding industrial environments. For manufacturing facilities facing hazardous or special working conditions, we offer comprehensive customized equipment selection and engineering solutions:
- High-Temperature Operations
- High-Pressure Processes
- Flammable and Explosive Zones (ATEX / Explosion-Proof Motors)
- Highly Corrosive Material Media
Our engineering team continuously innovates to deliver stable, efficient, and flexible refined fluid processing solutions. Note: As parameters may be optimized due to ongoing technical iterations, specifications of the actual delivered product shall prevail.
Application






Specifications
| Model | GRH2-3 | GRH3-3 | GRH4-3 | GRH4-3 | GRH6-3 | GRH8-3 | GRH10-3\t | |
|---|---|---|---|---|---|---|---|---|
| Power | 2.2 | 5.5 | 15 | 22 | 37 | 75 | 132 | kw |
| Speed | 9000 | 7800 | 4200 | 5000 | 4000 | 3580 | 3580 | rpm |
| Outlet Pressure | 0.8 | 1.2 | 1.6 | 2.2 | 2.8 | 3.5 | 4.5 | mpa |
| Inlet/Outlet Size | 25/15 | 40/32 | 50/40 | 50/40 | 65/50 | 80/65 | 125/100 | mm |
| Flow Rate | 300 | 1000 | 3000 | 5000 | 10000 | 20000 | 60000 | t/h |
Advantage Comparison













