Sanjing Chemglass is a very professional manufacturer and supplier of glass instrument in China. Customer service is also excellent. I'm very happy to cooperate with them.
—— Kiss Balazs Peter
It's wise choice to cooperate with Sanjing Chemglass. Good quliaty, advanced technology and professional sales staff.
[1] High evaporation efficiency and reduced retention time, with minimal time delay. [2] Short path distillation is made from high borosilicate glass 3.3, stainless steel 316L and PTFE, which has excellent ... Read More
The jacketed glass reactor is designed by double glazing glass reactor, the inner layer into the reaction solution to do the reaction was stirred interlayer can pass into the type of the cold heat source ... Read More
Molecular distillation process description Feed liquid is admitted into still under high vacuum, immediately spread into a very thin film and forced quickly down the evaporation surface. Heated walls and high ... Read More
Many materials, including petroleum,heavy residue, chemical medicine, medicine and natural food, health care products, fatty acid and so on, are generally heat sensitive and viscous. Moreover, they also possess ... Read More
Main Features 1. Evaporation efficiency is very high, can reduce retention time, with minimal time delay. 2. Molecular distillation system is composed of high borosilicate glass 3.3, 316L stainless steel and ... Read More
The Overhead Stirrer 1. Universal joint reduces vibration of condenser and make glassware joint safe and flexible. 2. Mechanical sealing, keeps high vacuum degree when operating. 3. Constant pressure funnel, ... Read More
Mixing motor * Adopt deceleration motor to increase torque. * Good stability and long service life. Mixing parts * Use seal * Stainless steel coated impeller * Non-polluting material Reactor holder * Frame ... Read More
Molecular distilaltion system consists primarily of a heating jacket,an internally rotatable wiper, and a condenser and vacuum system. In the high vacuum system, the feeding liquid is fed from the upper part of ... Read More