Our sample dishes come in different size and inserts for specific sample preparation.
- High quality
- Long-lasting
- Versatile
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Versatile Sample Dishes
Insert dishes and spacers enable optimal preparation and placement of specific samples.
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Compatibility with Various DVS Instruments
Tailored to your application, tailored to your device
Sample Dishes
Our sample dishes come in different size and inserts for specific sample preparation.
Standard Sample Dishes
Sample dishes for the different sample carousels
- 18 mm for the SPS23-100n sample tray,
- 33 mm for the sample tray with 23 sample positions,
- 50 mm for the sample tray with 11 sample positions,
- 86 mm for the sample tray with 5 sample positions
Mesh Cover
for the 50 mm sample dishes
Sample Dishes for Secondary Samples
38 mm for the sample tray for 11 sample positions
Sample Dishes for Secondary Samples
18 mm for the sample tray with 23 sample positions and the SPS23-100n sample tray
Sample Preparation – PTFE Inserts
Some materials show altered sorption properties in contact with aluminum. For these samples direct contact with the aluminum dish must be avoided. The PTFE inserts are placed inside the sample trays before taring of the dishes.
Compatible with: Sample tray with 11 sample positions and 50 mm sample dishes
Sample Preparation – Spacers
For plate or disc-shaped samples that should not lie flat on the bottom of the sample pan. The spacer ensures that the surface area of the sample underside contributes to the sorption process to the same extent as the top side surface area. This is of particular interest for the calculation of diffusion coefficients.
Compatible with: Sample tray with 11 sample positions and 50 mm sample dishes
Contact us today
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.