The use of microprocessor-based technology significantly improves the sen sitivity and response speed of existing TDI/MDI detection systems while simultaneously providing the industrial hygienist, occupational health profes sional, or process engineer with greater flexibility in documenting exposure data.
The Chemcassette photo-colorimetric detection system, long an industry stan dard for TDI/MDI monitoring, becomes even faster and more sensitive when coupled with a microprocessor-controlled sampling and data acquisition system. As a result, it can detect isocyanate concentrations well below both existing and proposed regulations while simultaneously documenting all pertinent exposure information.
