Equipment application: Testing all sterilization solution bags and respirators.
After use, the bags, disposable solution bags, and transfer bags are completely cleaned.
Integrity testing ensures the product meets sterility requirements.

The TA-205E Total Organic Carbon Analyzer employs a high-temperature catalytic combustion oxidation method. The sample, along with a purified gas (high-purity oxygen), is introduced into a high-temperature combustion tube and a low-temperature reaction tube, respectively. In the high-temperature combustion tube, the sample undergoes high-temperature catalytic oxidation, converting both organic and inorganic carbon into carbon dioxide. In the low-temperature reaction tube, the sample is acidified, and the inorganic carbon decomposes into carbon dioxide. The carbon dioxide produced in both reaction tubes is then transported by a carrier gas to a non-dispersive infrared gas detector (NDIR) for detection. This allows for the separate measurement of total carbon (TC) and inorganic carbon (IC) in the water sample. The difference between total carbon and inorganic carbon is the total organic carbon (TOC), i.e., TOC = TC - IC.

The MIC100-R Fixed Remote Gas Detector is designed for real-time gas monitoring in industrial environments such as chemical plants, oil & gas facilities, and environmental monitoring sites. The split structure allows the sensor and controller to be installed separately, improving installation flexibility and safety.
The standard split cable length is 1 meter, and it can be extended up to 10 meters to meet different installation requirements.

D-CS1 valve well-type natural gas leak detector uses tunable laser absorption spectroscopy (TDLAS) technology. By measuring the intensity change of the laser before and after passing through the detection area, it can calculate the concentration and location of the natural gas leak. It also features monitoring functions for parameters such as ambient temperature, humidity, and pressure to compensate and correct for measurement results, reducing interference from environmental factors.

The Gas Detector Bump Test Kit is designed to quickly verify the performance and sensor response of portable gas detectors before field use. By introducing a known concentration of calibration gas through a regulator and sampling pump, users can easily confirm that the detector’s sensors and alarm systems are functioning properly.
This kit provides a convenient and reliable solution for routine safety checks, helping ensure accurate gas detection in hazardous environments.

The PTM500 automobile exhaust analyzer adopts the principle of non-spectrophotometric infrared absorption method.

The device features a handheld design, making it compact and lightweight, with multi-functional capabilities: it can accommodate up to 7 parameters, with optional sensors for O₂, CO, NO, NO₂, SO₂, H₂S, NH₃, CO₂(NDIR), N₂O(NDIR), CH₄(NDIR), etc.; it can measure flue gas temperature, ambient temperature, and flow rate/volume; and it automatically calculates CO2, excess air coefficient, combustion efficiency, heat loss, and other parameters.

The GKQ-II high pressure diffuser is designed for safe pressure reduction and stable sampling of compressed gases before particle or microbial testing. It converts high-pressure air or inert gases to atmospheric pressure and delivers clean, steady flow to downstream instruments such as airborne particle counters (APC) and biological air samplers (BAS). Compliant with ISO 8573-4, it features an integrated exhaust filter to minimize cross-contamination and supports multiple flow rates of 28.3, 50, and 100 L/min for reliable cleanroom and compressed gas monitoring applications.

A compact high-pressure gas diffuser designed to reduce compressed air or inert gases to stable, low-pressure flow for accurate particle and microbial sampling. Compatible with airborne particle counters and biological air samplers, ideal for ISO 8573 compressed air quality testing in cleanroom and pharmaceutical environments.

The MS600S portable six-in-one gas detector is primarily used for the rapid and accurate detection of gas leaks or for alarming when gas concentrations exceed safe levels. It features a front-end digital sensor that can be replaced without disassembling the device. Each digital sensor is plug-and-play and intelligently recognized, allowing for the simultaneous configuration of multiple single digital sensors for the detection of a wider range of gases. The main gas detection principles employed include: electrochemical, infrared, catalytic combustion, thermal conductivity, and PID photoionization.

The MAS-110 is a highly efficient porous inhalation sampler with a flow rate of 100 LPM and an impact velocity of 11 m/s, which meets the requirements of Anderson Impact Level 5, ultimately ensuring that all microbial particles larger than 1um in the environment are collected. The instrument is equipped with a 5-inch touch screen, which is very user-friendly, efficient and quick to operate, and can be equipped with a Bluetooth printer, which greatly improves the user experience. The housing design adopts professional industrial design scheme, and the whole body is made of aluminum alloy, which is high-end and elegant.
It is a high end and stylish instrument. The instrument is widely used in pharmaceutical research and development, biological laboratories, medical laboratories and other clean scenes.

The nitrogen purity analyzer uses an electrochemical and ion flow oxygen sensor to measure the oxygen content in a gas and calculates the concentration of another gas besides oxygen by back-calculating the percentage. This instrument is widely used in industries such as steel, air separation, and nitrogen generators.