proUmid's MCC Reference contains 5 vials, each with 500 mg of microcrystalline cellulose, which has been tested and validated in inter-laboratory round robin tests and certified as an in-house reference. This reference material enables regular validation of sorption testing instruments to consistently ensure accurate measurement results.
- Certified reference material
- Fast in-line validation
- Compatible with various DVS instruments
- Time- and cost-efficient
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Certified Reference Material
Microcrystalline cellulose, tested and validated for highest precision.
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Compatible with Various Instruments
Can be used in gravimetric sorption systems from various manufacturers.
MCC Reference
proUmid’s MCC Reference is a certified reference material made of microcrystalline cellulose. It streamlines routine calibration of gravimetric sorption instruments and ensures reliable measurement results.
Reference Material: Microcrystalline Cellulose
The humidity validation kit of proUmid includes 5 vials of microcrystalline cellulose (MCC). Each vial contains 500 mg MCC Reference. The cellulose was tested in a stability study, validated in a round robin test and was certified as a company internal reference standard. For further information on the certification of the MCC as a reference material, please download the corresponding Application Note_18-02 MCC Reference Certification.
In-line Humidity Validation
The proUmid multi-sample systems allow for humidity validation even during a regular measurement by placing the MCC Reference material in an unused sample dish. There's no need to run a separate validation measurement, saving valuable laboratory time. This inline validation not only confirms the device’s calibration but also directly verifies the data of the current measurement. For more information on using the MCC Reference, please refer to Application Note 18-03 MCC DVS Humidity Validation.
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proUmid specializes in the manufacturing and worldwide distribution of systems for measuring the sorption properties of materials, as well as humidity generators for analytical applications. Our devices and instruments are used globally in a variety of different applications for water vapor sorption and for regulating relative humidity in analytical instruments.