Validation Services
At Tescroom, we understand the importance of maintaining a safe facility for your products, manpower, and processes. That’s why our comprehensive validation services are designed to monitor and evaluate your facility on a regular basis. Our expert team will provide you with detailed validation documents to ensure regulatory compliance with DQ, IQ, and PQ standards. Whether you require annual or semi-annual validation, we’ll work closely with you to ensure that your facility remains safe and compliant. Our team of experts uses the latest technology and techniques to provide accurate results that you can rely on. Choose TesCRoom for peace of mind in your cleanroom operations.
Non viable Particle count Test
Don't let particle contamination affect your cleanroom operations. Our Non Viable Particle Count Test provides you with an accurate assessment of the cleanroom class condition, based on the number of particles present in the air. Our experienced team utilizes advanced technology to detect and size discrete particles in the air with exceptional accuracy. Trust us to keep your cleanroom compliant and running smoothly.
Air velocity Test
To determine the average supply airflow velocity delivered through each ceiling in cleanroom filter.
Temperature and humidity uniformity tests
The purpose of these tests is to demonstrate the capability of the cleanroom air-handling system to maintain air temperature and moisture levels within the control limits over
the time period.
Filter Leakage Installation Test
Our Filter Integrity Test service helps determine the integrity of your cleanroom filters after installation. We also test for leakage through any component in the ceiling system assembly, ensuring that your cleanroom is performing at its best.
Air Pressure Difference Test
The purpose of the air pressure difference test is to verify the capability of the cleanroom system to maintain
the specified pressure differential between the installation and its surroundings.
Recovery test
The recovery test is performed to determine whether the installation is capable of returning to a specified
cleanliness level within a finite time, after being exposed briefly to a source of airborne particulate challenge.
