Peptide Synthesis Glass Nutsche Filter

The glass solid-phase Glass Nutsche Filter reactor features a 304 stainless steel tube frame and a GG17 double-layer borosilicate glass vessel, equipped with a PTFE filter plate, suitable for mixing, stirring, and reacting materials under negative pressure conditions, as well as solid-phase synthesis, pyrolysis, material crystallization, and vacuum filtration experiments. This double-layer glass peptide solid-phase Glass Nutsche Filter synthesis reactor adopts a fully jacketed vessel body and a PTFE filter plate with micrometer-level pore size, ensuring stable reactions and strong corrosion resistance.

Glass Solid Phase Reactor/Peptide Synthesis Glass Nutsche Filter  - Features:
1. Variable speed control, AC induction motor. Constant speed, no electric brush, no spark, safe and stable, can work continuously.
The complete set of instruments is made of SUS316L / SUS304 stainless steel, with good chemical and physical properties.
3. Interlayer interface through the hot oil through the circulation, can do the heating reaction, through the frozen liquid can do the low temperature reaction.
4. Can react at normal temperature, through the tap water can quickly take away the reflected heat.
5. The discharge port uses stainless steel ball valve, removable for easy solid material discharge.
6. Eight-port reactor cover, super-large port design is easy to clean, standard port socket can be selected to assemble reflow, distillation synthesis device

Application of Peptide Synthesis Glass Nutsche Filter 

Solid phase reaction kettle can be used for processes such as stirring, filtration, suction filtration, peptide synthesis, crystallization, and cracking. It has an additional replaceable filter screen (optional filter cloth and filter plate) compared to conventional reaction kettles, and uses vacuum negative pressure for suction filtration. The high borosilicate glass kettle body has excellent physical and chemical properties, and the bottle body is transparent, making it easy to observe the experimental process. It can be used in various fields such as biopharmaceuticals, precious metal purification, material crystallization, and petrochemicals