Name: Moisture Equilibration
Brand: ProUmid
SKU: 1XPEOJAL
Availability: InStock

Moisture Equilibration

1XPEOJAL

Brand: ProUmid

Category: Moisture Equilibration

Industry: Life Science and Biotechnology, Academia, Pharma, Bio-pharma & Vaccine, Material Science & Chemistry, Food, Agricultural & Environmental

The ProUmid Powder Conditioner is a high-precision humidity control system designed to equilibrate particulate materials—such as powders, granules, and pellets—at defined moisture levels. By ensuring uniform moisture distribution, it enables accurate measurement of mechanical and flow properties, critical for material processing, storage, and handling. When paired with the ProUmid MHG32 Humidity Generator, it delivers fully automated, reproducible moisture conditioning for research and industrial quality control.

Request Quote

Moisture significantly influences powder flowability, compressibility, and stability, often determining performance during mixing, compaction, tabletting, and transport. The ProUmid Powder Conditioner is specifically engineered to equilibrate powders under controlled relative humidity (RH) conditions—offering precise control, reproducibility, and automation in moisture adjustment.

Using the Dynamic Flow Method, a defined gas flow with regulated RH passes through the powder bed. Temperature and humidity at both the inlet and outlet are continuously recorded, ensuring complete and uniform equilibration. A built-in agitation mechanism prevents the formation of air channels or lumps, guaranteeing even exposure across all particles.

The process concludes automatically once equilibrium is reached, minimizing user intervention and maximizing repeatability. For humidity control, the Powder Conditioner connects seamlessly with the ProUmid MHG32 Humidity Generator or equivalent devices capable of providing a stable humidity-controlled gas flow.

Dynamic Flow Humidity Control – Continuous gas flow ensures uniform conditioning across the powder bed.
Automated Moisture Equilibration – Real-time monitoring and automated process completion.
Temperature & Humidity Sensing – Dual-sensor feedback for inlet and outlet air streams.
Integrated Agitation System – Prevents caking, lumping, or channel formation.
Compatible with ProUmid MHG32 – Direct humidity source integration for precise environmental control.
Quantitative Moisture Calculation – Optional software algorithm calculates water uptake and records sorption isotherms.
Versatile Material Handling – Suitable for powders, granules, and pellets across diverse industries.

Control Moisture. Control Performance.
The ProUmid Powder Conditioner sets a new benchmark in powder conditioning technology—delivering automated, precise, and reproducible moisture equilibration for powders, granules, and pellets. With dynamic humidity control, real-time monitoring, and seamless integration with the MHG32 Humidity Generator, it empowers researchers and process engineers to unlock consistent flow, compressibility, and stability across materials. Whether for pharmaceutical formulations, food powders, or industrial materials, the ProUmid system ensures that moisture is always under your control.

Parameter	Specification
Conditioning Method	Dynamic gas flow with controlled RH
Humidity Source	ProUmid MHG32 or compatible humidity generator
Monitoring	Inlet/outlet temperature and RH sensors
Equilibration Detection	Automated, software-controlled
Material Types	Powders, granules, and pellets
Add-on Capability	Water content and sorption isotherm determination
Application Environment	Laboratory and industrial R&D

Powder Analysis – Pre-conditioning powders before measuring flowability, compressibility, or caking behavior.
Pharmaceutical Processing – Determining powder moisture sensitivity for tabletting and roller compaction.
Food & Nutraceuticals – Stabilizing ingredients for filling, dosing, or blending operations.
Chemical Engineering – Studying humidity effects on granule strength and particle cohesion.
Materials Science – Pre-treating samples for rheometry, ring shear, or flow testing.
Water Sorption Studies – Generating sorption isotherms and determining moisture uptake capacity.

Moisture Equilibration