Thermal Probe TA10C

Product Overview

The monitoring and precise regulation of low-turbulence laminar flow is critical for maintaining environmental stability and contamination control across demanding industrial sectors, including cleanrooms, gloveboxes, semiconductor fabs, and pharmaceutical processing lines. Laminar airflow systems direct a focused, uniform path of air—typically from top to bottom through HEPA filters—at low flow velocities to prevent cross-flow turbulence and avoid the lifting or displacement of microparticles.

To satisfy regulatory standards like Annex 1 of the EU GMP guidelines (which defines a baseline velocity of 0.36 to 0.54 m/s at working height), flow velocities must remain constant within tight tolerances. For cleanrooms, laboratories, and containment gloveboxes, thermal flow sensors provide highly accurate detection of minimal flow velocities without moving parts, ensuring maintenance-free longevity. These systems are explicitly designed to withstand active sterilisation routines involving hydrogen peroxide, alcohols, and formaldehyde, guaranteeing long-term chemical durability and continuous operation.