Online Microwave Moisture Meter — Continuous, Non-Contact, Production-Grade
Mounted directly on your production line, this sensor measured internal moisture in liquids, solids, and slurries continuously — no sampling, no handling, no interruption to the process. A rugged, compact design put accurate moisture data where the environment is harshest and space is tightest.
Continuous Line Measurement: Through-sample microwave transmission read internal moisture in real time as product moved
Process Integration: 4–20 mA analog output, high/low alarms, and RS-232C connected directly to plant control
Built-In Compensation: Temperature, weight, and timing inputs kept readings accurate as line conditions varied
Production-Grade Housing: Compact, rugged design proven in over 1,000 installations worldwide
Desktop Microwave Moisture Meter — Non-Contact, Nondestructive, Instant
Place the sample on the platform and read internal moisture in under two seconds — no weigh pans, no balances, no chemicals, no sample preparation. Microwave energy passes completely through the sample, so heterogeneous materials and encapsulated moisture measure accurately where surface-only methods cannot.
Through-Sample Measurement: Microwave transmission reads internal moisture, unaffected by sample color or surface condition
Instant Results: Up to 100 readings per second with results displayed in under two seconds
Zero Sample Prep: Nondestructive testing with no consumables — maintenance is a wipe with a damp cloth
50 Stored Calibrations: Menu-driven calibration against your laboratory standards, with nonvolatile memory recall
Obsolete - Repl by VZ330 - These thermal printers are attached to the appropriate moisture balance to provide printed documentation of test results. They can also assist in method development, analyzing drying rates, and multicomponent identification. All units include paper, cables, connectors, and directions for simple connection to the balance.
OBS - This instrument has been replaced by our H18L
Scratch resistance is calculated as the result of continuous loading. A scratch needle is loaded onto the test surface. The mobile base holding the test piece travels with the applied load. When the scratch or film peeling begins, the vertical load can be calculated as the distance to the failure point can be precisely measured.
Various needle diameters and materials can be used to properly test almost any surface. Scratch hardness can be measured by using a fixed load instead of the continuous load module. This system does not have an output module
Obs - Repl by VZ330 - These thermal printers are attached to the appropriate moisture balance to provide printed documentation of test results. They can also assist in method development, analyzing drying rates, and identification of multiple components. All units include paper, cables, connectors, and directions for simple connection to the balance.