HMS-901H6 combined sulfur dioxide, alcohol degree distillation device

Sulfur dioxide, alcohol degree distillation device

HMS-901H6 joint

Sulfur dioxide, alcohol degree distillation device- Driven by NanoHeat world-class thermal energy technology, new microcrystalline nano heating sleeve, no mechanical heating components, dry burning, no electromagnetic field interference and harm,

-Nano -ceramic heating element, far-infrared radiation heating, no open flame, rapid heating technology can increase the surface temperature at a rate of 5°C per second ,

- Germany SCHOTT microcrystalline ceramic hemispherical sleeve, no leakage, no leakage, acid resistance, alkali resistance, corrosion resistance, easy to clean,

- Different containers can be used : round bottom, flat bottom, irregular bottom can be heated; different capacity: 1ml~2000ml can be solved in one set !

- CE certification has been obtained , the experiment is more convenient and safer! ! !

Sulfur dioxide and alcohol distillation devices are widely used in all pre-treatment experiments that require distillation in various chemical laboratories such as environmental protection, disease control, food, water quality, soil, solid waste water production, water supply and drainage, universities, scientific research institutes, factories and mines.

It is suitable for distillation treatment of qhw , volatile phenol, ammonia nitrogen, fluoride, sulfur dioxide, alcohol content, formaldehyde, COD , moisture in Kjeldahl nitrogen oil, etc.;

Such as: sulfur dioxide residues in the field of food testing and distillation of formaldehyde, alcohol content, etc.;

Distillation of volatile phenol, qhw, ammonia nitrogen, etc. of water samples in the fields of environmental monitoring, water supply and drainage, CDC , etc.;

Distillation of fluoride and nitrogen oil in factories and mines, petroleum and chemical fields;

HMS type integrated distillation device adopts intelligent automation design, nano-ceramic far-infrared radiation heating module, built-in automatic cooling cooling water circulation return device, no need for external tap water cooling, energy saving and consumption reduction; each heating module is independently temperature controlled, PID microcomputer control, internal, The external sensor can be switched at any time, which can control the surface temperature of the heating jacket and accurately control the temperature of the liquid . and other functions; simple and safe operation, energy saving and environmental protection;

Implementation standard:

Determination of Volatile Phenols in Water Quality 4-Aminoantipyrine Spectrophotometric Method ( HJ 503-2009 ) Volumetric Method and Spectrophotometric Method for Water Quality qhw Determination of Water Quality Ammonia Nitrogen Distillation - Neutralization Titration Method ( HJ 537 -2009 ) Determination of soil qhw and total qhw spectrophotometry ( HJ 745-2015 ) Production Standard: General Technical Specification " Q/0102JST002-2015 "

Product Features

Nano-ceramic heating element, strong far-infrared radiation heating, no open flame

Germany SCHOTT microcrystalline ceramic hemispherical sleeve heats evenly, does not leak liquid, and does not leak electricity

Built-in automatic cooling cooling water circulation return device, no need for external tap water cooling, energy saving and consumption reduction

Over temperature protection function, over temperature alarm function, timing function

Heating module output power: 600W

Set temperature control: room temperature ~ 450 ℃

Temperature control mode: LED digital display , PID intelligent control, free temperature setting

Temperature test: internal and external sensor temperature control

Temperature control accuracy: ±0.1~ 0.5 ℃

Module working size: table 200×200mm , arc diameter 153mm , depth 60mm

Technical parameters :