Lab Homogenizer Feed and Formulation
Share the material system, target outcome, viscosity and feed-particle limits so the team can review a suitable trial route.
PETER
Nanotechnology
Experimental high-pressure homogenizer
Model PT-10 High Pressure Homogenizer It delivers a maximum working pressure of 1800 bar with a stable throughput of 5–10 L/H. The discharge temperature fluctuation is controlled within 10℃, enabling precise high-pressure emulsification and dispersion while effectively preserving material bioactivity.
Core specifications
Experimental high-pressure homogenizer
PT-10 is presented as a laboratory high pressure homogenizer for controlled cell lysis, emulsification and dispersion trials. Use the published values as a starting point and confirm the quoted configuration for your material.
The public page currently presents different pressure and flow figures in its summary and technical content; confirm the final working rating before purchase.

Model facts
The technical table lists processing speed ≥10 L/H, maximum pressure 2600 bar, viscosity ≤6000, AC380V 1.5KW, operating temperature -10℃ to 50℃, and feeding particles ≤100um. Use these values as the starting point for a process discussion and check them against the final quotation.
Pressure and flow confirmation: The public summary states 1800 bar and 5–10 L/H, while the technical table states 2600 bar and ≥10 L/H; confirm the applicable working rating before purchase.
Selection route
CAS PETER positions its homogenization equipment for nano dispersion, emulsification, cell disruption and scale-up discussions. PT-10 is best evaluated when the project needs laboratory process trials before a production route is selected.
Share the material system, target outcome, viscosity and feed-particle limits so the team can review a suitable trial route.
Use the laboratory format to compare dispersion, emulsification or cell-disruption conditions before scale-up.
Connect trial observations with the production-series options listed in the CAS PETER product center.
Build and support
The technical content names zirconia ceramic, PTFE, duplex stainless steel 2205/2507, stainless steel 316L, Stelli alloy zirconia ceramic, fluorine rubber sealing ring, imported UPE and Ra0.1 internal-wall roughness. These are supplier-stated product-page details, not independent certification.
Confirm the material compatibility of the valve, plunger, pump head, seals and check valve with your formulation before ordering.
CAS PETER’s Service page lists commissioning, process validation, operator training, maintenance planning and technical consultation.
The Support page lists application guidance, operating documentation, maintenance assistance and spare-parts enquiries.
Trial definition
A trial plan may start with the process result you need to demonstrate, then ask CAS PETER to confirm the operating window and records for the quoted configuration. The matrix below may serve as a planning aid, not a guarantee of performance.
| Process direction | Result to define | Evidence to request after the trial |
|---|---|---|
| Dispersion | Particle-size or uniformity target | Test method, sample condition and repeatability notes |
| Emulsification | Stability, droplet or appearance target | Formulation, pass conditions and stability check |
| Cell disruption | Release or disruption endpoint | Method, feed condition and comparison baseline |
| Scale-up study | Transferable process window | Confirmed pressure/flow, temperature limits and documentation |
A useful trial brief may include formulation, viscosity, solids or cell content, feed-particle limit and available batch volume.
State the measurement method and the result that would justify moving from laboratory work to the next scale.
Ask CAS PETER to confirm pressure, flow, temperature, pass strategy, voltage and material compatibility for the quoted PT-10 setup.
Request the test record, configuration summary, operating limits and recommended next-step equipment before comparing scale-up options.
Configuration boundary: PT-10 does not have a published universal trial protocol, particle-size result, temperature-control package, pass-count limit or scale-up guarantee on the captured sources. Confirm each item as a quotation-stage requirement.
Before quotation
Price, MOQ, lead time, packaging, trade terms, warranty, available documents and the final pressure/flow rating are not published as universal PT-10 terms. Include the details below in your inquiry so CAS PETER can confirm the correct configuration.
FAQ
These questions reflect Google People also ask themes for this product category. Model-specific limits and commercial terms remain quotation-stage confirmations.
A high-pressure homogenizer applies controlled pressure to support processes such as cell disruption, emulsification and dispersion. PT-10 is positioned for laboratory process development; confirm the feed, target result and operating window before ordering.
A lab homogenizer helps develop a repeatable process by exposing a defined feed to a controlled homogenization step. For PT-10, confirm whether the trial is for cell disruption, emulsification, dispersion or another documented application.
A universal PT-10 price is not published. The quotation depends on the selected configuration, pressure and flow rating, contact materials, documents, service scope and delivery requirements.
Both can support dispersion or emulsification, but the process mechanism and operating window differ. Compare the required result, viscosity, particle or cell load, pressure, flow and validation method before selecting PT-10.
The captured PT-10 sources state 1800 bar and 5-10 L/H in the summary, while the technical table states 2600 bar and at least 10 L/H. Confirm the applicable working rating in the quotation.
Include the material, application and target result, throughput, viscosity, feed-particle size, voltage, installation environment, delivery market, documents and service scope. Price, MOQ, lead time, warranty and the final pressure and flow rating require confirmation.
Performance
Model selection should be matched to material properties, target capacity, and the degree of process control required for your application.
Material testing, research projects, and industry exhibition records
Discuss High Pressure Homogenizer Model PT-10Share your material, target capacity, and process objective. CAS PETER will help assess whether this model is suitable for your project.
Share your process requirements and we will follow up with equipment and application recommendations.