In dissolution experiments in fields such as pharmaceuticals and food testing, gases in solvents often become "invisible obstacles" that affect experimental accuracy and efficiency. Traditional degassing equipment is either limited in capacity, complex to operate, and often slows down the experimental process due to untimely heatingDeveloped byYJH-0931T-2 online water and solvent deaeratorBy leveraging the technological advantages of Quan, we are breaking through these industry pain points.

As a degassing device designed specifically for pure water, distilled water, and solvents with wide pH values (pH 1-14), YJH-0931T-2 first breaks the capacity constraint: from a minimum of 100ml to an unlimited processing range, it can easily handle both low-dose experimental samples and large-scale batch processing. More importantly, itRapid deoxygenation+online degassing and drainageDual capability allows solvent degassing without waiting for offline processing, seamlessly connecting the experimental process and significantly reducing downtime.

In terms of balancing operation and efficiency, this deaerator demonstrates the ingenuity of humanized design. High resolution LCD screen combined with touch operation, the interface is intuitive and easy to understand, and no professional training is required. A single person can independently complete the entire process of degassing and adding dissolution media, significantly reducing labor costs and operational errors. Meanwhile, the equipment is equipped withOnline heating functionIt can be called an "efficiency accelerator": the dissolution medium is preheated before degassing, which not only improves the degassing efficiency, but also directly saves the waiting time for heating after the medium enters the dissolution instrument, making the experimental rhythm firmly in hand.

Experimental accuracy is the core competitiveness of scientific research equipment,Yiyan Intelligent ManufacturingYJH-0931T-2 also performs well in this dimension. The accuracy of the injection volume of its dissolution medium reaches ± 1% of the set volume, and the volume accuracy remains stable at ± 1% under a distribution of not less than 2L, ensuring the reliability and repeatability of experimental data. According to the temperature control requirements of different experimental scenarios, the equipment supports precise temperature control of 35 ℃ -42 ℃, and can also set the "no heating" mode according to the needs. With a heating accuracy of ± 2 ℃, Wanmei adapts to the processing requirements of various solvents. In addition, pre installed 40um/25um/20um metal mesh filters are optional, which can effectively filter impurities, ensure solvent purity, and safeguard experimental results.

Considering the long-term usage requirements of laboratory equipment,Yiyan Intelligent ManufacturingYJH-0931T-2 has also done sufficient research on maintenance convenience. All accessories inside the machine can be quickly replaced and maintained without complex disassembly, greatly reducing equipment downtime for maintenance and lowering later maintenance costs. The rated power of 1700W (customizable as needed in cold regions) not only ensures equipment operating efficiency, but also adapts to different environmental temperatures in different regions, making it widely applicable.

It is worth mentioning that,Yiyan Intelligent ManufacturingThe degassing effect of YJH-0931T-2 can be flexibly adapted to different experimental standards: a high-quality degassing effect of 3.0-5.0mg/L can be achieved under normal conditions, and if the experiment has higher requirements for solvent gas content, it can be upgraded to below 2.8mg/L, meeting diverse needs from conventional detection to high-precision scientific research.

From operational convenience to experimental accuracy, from efficiency improvement to maintenance cost control,Yiyan Intelligent ManufacturingThe YJH-0931T-2 automatic water and solvent deaerator has redefined the industry standard for solvent deaeration equipment with its technological advantages in all aspects. Whether it is dissolution testing for pharmaceutical companies or precision experiments for scientific research institutions, it can become a reliable partner for improving experimental efficiency and ensuring data quality, helping users steadily advance on the path of scientific research and production.