Yike VOC Generator Small Laboratory Device

Yike VOC Generator Small Laboratory DeviceThe use of a specially designed vaporizer ensures complete vaporization of the liquid, with negligible dead volume. The filtered and metered air carrier gas simultaneously passes through a vaporizer to remove formaldehyde/toluene/VOCs, forming the required pollution source. This product is widely used as a source for GB/T 18801 air purification national standard testing; Performance evaluation sensors and analysis industry product calibration for products such as activated carbon, non-woven fabric, filters, air purifiers, catalysts, etc; Fields such as pathological research on pollutants. The self-developed gasification module is compact and avoids problems such as low conversion efficiency and unstable vaporization in traditional heating furnaces

Technical advantages:

• High safety factor

To prevent contact with formaldehyde liquid, methanol is used as a reagent for catalytic reaction to produce formaldehyde.

• High purity and adjustable formaldehyde production

The purity of methanol raw materials and the efficiency of the catalytic reaction are very high, resulting in high purity of formaldehyde obtained. The output formaldehyde concentration and yield are linearly adjustable.

• Independent research and development of evaporative phase change technology

This technology provides the required gas with stable component concentration (fluctuation less than 1%) and continuous regulation. Special gasification structure significantly suppresses pulsation caused by uneven vaporization.

• Independently developed gasification module
  

This module is compact and avoids the problems of low efficiency and unstable vaporization in traditional heating furnaces.

• Independently developed dead volume injection technology

Due to the existence of transmission channels in the system, there is a phenomenon of "dead volume" in existing tests, which means that not all the fluid in the input channel passes through the sample, but a portion remains in the transmission channel, resulting in a deviation in the total amount. Dead volume "is currently an unsolved problem in the testing industry. Our company has independently developed dead volume injection technology, which achieves complete fluid injection without residue through auxiliary injection without affecting the design of the transmission channel.