Respirator bacterial filtration efficiency tester / respirator laboratory test equipment
Negotiable
Min.Order:1
High precision blackbodies thermal imaging IR with black body for termometro measurement calibration
For lab test Melt brown non woven filtration tester with good quality
Filter Integrity Tester, Bubble tester ,bubble point filter integrity test
ASTM F1862/ lab Synthetic Blood Penetration/ non-woven tester
Automatic Filter Integrity Tester/Testing Machine/ Equipment
Application
It is suitable for measuring the gas exchange pressure difference of masks, and can also be used to measure the gas exchange pressure difference of other textile materials.
Features
1. The pumping gas source is used as the power source of the instrument, which is not limited by the space of the test site;
2. Equipped with precision differential pressure sensor, digitally displays the differential pressure on both sides of the sample;
3. The special sample holder ensures that the sample is held firmly
Why measure the air permeability of mask?
Clothing materials should have certain air permeability, which is conducive to the exchange of air inside and outside the fabric and the metabolism of human skin.Based on this reason,it is necessarily to do air permeability test for fabric.
Principle of air permeability test:
Under the specified differential pressure condition, the airflow flow through the given area of the sample vertically within a certain time was measured and the permeability was calculated.
Air permeability evaluation:
For thermal underwear products, the higher the permeability, the better the results.For windproof products, the lower the permeability, the better the results.
Technical Parameters
Flowmeter range: | 0-100mL/min |
Buffer capacity | greater than 5L |
Measurement range of micro differential pressure: | -1000Pa-0Pa, accuracy 1%, resolution 1Pa |
Pumping speed of vacuum pump: | 2L/min |
Display: | 7.0 inch color touch display |
Instrument size: | 600*520*750mm |
Weight: | about 40kg |
Power supply: | AC220V ±10%, 50/60HZ |