YHCHEM Stainless Steel Thin Film Distillation System

The introduction of YHCHEM

Our YMC series of continuous flow microreactor, provides customers with cost effective solution,professional process and engineering technical support

YHCHEM JGR series jacketed glass reactor, exploring all possibilities.

Glass molecular distillation technology uses efficient molecular sieving and distillation principles to precisely separate substances, ensuring high purity and efficiency in extraction. Widely used in cosmetics, food, pharmaceuticals, and more, it guarantees top-quality products. Choose glass molecular distillation for pure perfection!

YHCHEM stainless steel reactor provide customized solutions. Our specialty is customized services and turnkey systems for our clients.We are a manufacturer of reactors and reactor system with more than ten years of experience

Shanghai yuanhuai Molecular distillation system can be used for separation and purification of high-purity chemicals, such as organic solvents, dyes, insecticides, chemical reagents, etc.

Unique full jacket and full insulation design and Multi-industry applications

Our rectifying column technology cooperates with the National High Efficiency Separation Tower Packing and Device Technology Research and Promotion Center, which can be customized according to your needs.

Custom Stainless Steel Distillation Column Project

Our Rising Film Distillation System delivers on all fronts. Designed with our customers' needs in mind, this unit offers superior separation and processing capabilities

The principle of the rotary evaporator is to heat the rotary flask at a constant speed under vacuum conditions, so that the material forms a large-area film on the flask wall and evaporates efficiently. The solvent vapor is cooled by a high-efficiency glass condenser and recovered in the collection flask, which greatly improves the evaporation efficiency. It is especially suitable for the concentration and purification of biological products that are easily decomposed and denatured at high temperature.