The filter was developed during World War II to remove condensation nuclei of the most harmful radioactive iodine from nuclear radiation sources. Until just a few years ago, each country had different ways of identifying the units and different standards, and some manufacturers did not disclose information about their filter units under the guise of trade secrets, despite changes in the filter manufacturing process. The test method applied, the generator used, and the measuring instrument are different depending on the type of filter. Depending on the measurements, the statistical values will also vary, so it is very important that they are designed and manufactured accordingly.

• Performance test of medium-performance air filter for ventilation (ISO16890, ASHRAE52.2)

• Cabin air filter performance test (ISO11155-1&2)

• High-performance (HEPA/ULPA) air filter leakage evaluation (EN1822-4, ISO29463-4)

• High performance (HEPA/ULPA) air filter efficiency test (KS B6740, 6141, 9325, ISO29463, EN1822)

• Testing the bacteria capture efficiency of filters (ASTM1471-9 extended, F2101-14)

• Air filter life performance test for air purifiers (SPS-KACA002-132:2021)

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  ARTPlus' particle engineering experts propose a system optimized for the experimental environment and budget depending on the type and regulations of the filter the user wishes.​

ART Plus  The ADT series is a system that evaluates the performance of fine dust sensors (simple measuring device) according to the user's purpose. It is a product that minimizes the measurement uncertainty depending on the tester's skill level.

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ADT-1983 for the performance certification test of fine dust sensor for the Ministry of Environment

ADT-1783 for performance certification test of fine dust sensor for air purifier parts

ADT-1785 for performance evaluation of fine dust sensor for automobile parts

ADT-1782 For fine dust sensor development and performance research optimization system

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 ADT-1983 fine dust sensor (fine dust simple measuring device) performance evaluation system and equivalence evaluation system comply with the five performance certification test standards of the Ministry of Environment, 'repeatability, relative precision, data acquisition rate, accuracy, and coefficient of determination'. With a system that can measure everything, it is possible to evaluate all simple fine dust measuring instruments on the market in Korea.

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Research on the relationship between industrial dust, bacteria, and respiratory health began in Germany in the mid-1800s. However, global certification for respiratory protection equipment has a history of about 100 years. Masks used to protect against inhalation hazards from dangerous biological substances, harmful chemicals, and airborne particles are subject to increasingly stringent performance standards and testing methods, with a trend toward standardizing high-quality respiratory protection.

In South Korea, the "Guidelines for the Standards and Specifications for Health Masks" by the Ministry of Food and Drug Safety (MFDS) have undergone over ten revisions since the initial revision in 2014. If the expandability of your testing equipment is limited or if upgrading is challenging with foreign equipment, frequent regulatory updates can become costly. Conversely, staying ahead with predictive support and prompt technical assistance can enhance competitiveness in the market.

ART Plus’s mask performance evaluation system complies with both domestic and international standards. If required, we can design and build systems to meet your specific needs by adding architectural and electrical components to the basic equipment.

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