Eight parallel reactor|Eight parallel reactor

  SLP810 8 SLP810 specifications reaction volume 10ml SLP810 maximum working temperature of 250 DEG SLP810 heating heating module SLP810 heating power 8*1.0KW SLP810 SLP810 01200rpm stirring speed stirring internal magnetic stirring the maximum working pressure of SLP810 standard 10Mpa SLP810 standard   316 stainless steel structure material;

eight parallel reactor is specially designed for the screening of the chemical reaction conditions, each reactor is equipped with an independent temperature, speed and other parameters control. eight parallel reactor is widely used in a variety of catalytic reaction, high temperature and high pressure synthesis, hydrogenation, gas-liquid, liquid-liquid two-phase, exothermic reaction, composition test, stability test, corrosion resistance, fine chemical, supercritical reaction, catalyst evaluation and development of applications, mainly in the petroleum chemical industry, chemical and pharmaceutical, polymer synthesis, metallurgy and other fields.

SLP stirring mode: internal magnetic stirring, seal leakage does not exist and maintenance problems, to ensure that no leakage of rotating parts, more safety test.

SLP mixing motor: Germany imported high power motor, strong and powerful, high speed stability.

SLP into the gas valve: gas inlet needle valve, reliable quality.

SLP sampling valve: easy to react in the process of sampling and analysis of the reaction process

SLP exhaust valve: convenient before reaction on the system of vacuum treatment and replacement of gas, after the reaction as a vent valve.

SLP pressure gauge: real time monitoring of reaction pressure

SLP temperature probe: deep inside the reactor body, real-time monitoring of reaction temperature

SLP heating unit: module heating, heating fast, accurate control.

Description of micro high-pressure reaction kettle with mechanical agitation|Description of micro high-pressure reaction kettle with mechanical agitation

EasyChem series reactor, a total of four small series, E series of six models, respectively, volume EasyChem reactor E10, E25, E50, E100, E250, corresponding to E500 are: 10ML, 25ML, 50ML, 100ML, 250ML, 500ML. EasyChem reactor set a number of patented technology in one, is one of the experimental instrument limited core products, but also the industry’s leading products. EasyChem reactor is suitable for a small amount of samples of the reaction, is the most expensive or low yield raw materials testing of the most ideal reactor.

EasyChem micro reactor adopting type soft magnetic coupling drive into the top of mechanical stirring patented technology, a breakthrough in bidirectional mixing, no bare rotating parts, safe and reliable, high speed stability, eliminate the low boiling point gas steam or flammable gas leak explosion accident and dangerous motor circuit. The tip of the one and only type A double seal design, patented technology, solve the traditional reactor leakage problem, to prevent the poisonous gas leak, causing damage to the scientific research personnel, innovative combination of convenience and high efficiency, high quality and energy saving and environmental protection technology, ushered in a new era of intelligent safety test of low carbon efficient, bring new the research way convenient for customers.

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——————–EasyChem reactor, cast laboratory reactor mainstream influence!

is a famous autoclave manufacturer, is committed to providing the best and professional autoclave for chemical workers of the world, the products are widely used in the fields of petrochemical, chemical synthesis, pharmaceutical, polymerization, kinetics, catalysts etc.. Products in the design and development, manufacturing, installation, testing, factory inspection of each stage are strictly enforced international standards, to ensure that each reactor has the highest use and safety.

EasyChem  E series features:

Ø   type soft magnetic coupling drive into the top of the mechanical stirring —– patented technology, bidirectional mixing, no bare rotating parts, safe and reliable, high speed stability, eliminate the low boiling point gas steam or flammable gas leak explosion accident and dangerous

motor circuit&nbs>;

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The jacket heating stainless steel reaction kettle|The jacket heating stainless steel reaction kettle

jacket heat

stainless steel reactor


With the increase of the volume of the stainless steel reactor, the

light is not enough, so the additional heat transfer baffle should be set up in the reactor. Heat transfer baffle can increase the heat transfer area, heat transfer, and can strengthen the mixing effect, the role of the flow control flow. There are many types of structures, such as D – shaped baffle, finger – shaped, sleeve tube, annular tube, oval tube baffle and so on. The baffle heat transfer coefficient heat transfer coefficient reach more jacket, because the speed of cooling water, thin wall, material on the surface of the baffle to the coefficient of heat transfer coefficient is large, so the total number.

Basic reaction characteristics of acid (acid)|Basic reaction characteristics of acid (acid)

ionization is generated when the cation is all hydrogen ion (H+) compound called acid, 25 C, the dilute solution of the pH value is less than 7. Acid is a class of compounds called  . The narrow definition of acid in chemistry is that the cation of the ion in aqueous solution is a compound of hydrogen ion. Most of these substances are easily soluble in water, a few, such as: acid, difficult to dissolve in water. Acid aqueous solution is generally conductive, and its electrical conductivity is related to the degree of ionization in the water. Part of acid in water in the form of molecules in the form of non conducting; some acid in the water to the dissociation of positive and negative ions, can be conductive. More broadly defined, the reaction can be provided in the proton is acid, whereas for the base, this definition is called Bronte J (J.  M.  Bronsted) – Laurie (T.  M.  Lowry) acid. Also known as -{zh-hk: zh-cn: Lewis (Liu Yishi; G.  N.  more Lewis) acid definition, definition of acid as electron acceptor for wider range. Acid and alkali for neutralization (neutralization), generation of water and salt under acid in aqueous solution of ionization degree, with strong and weak acid of  , generally, acid completely ionized in aqueous solution, such as hydrochloric acid, nitric acid; acid in aqueous solution from the electrical part, such as acetic acid, carbonate. Comparison of the strength of acid can be compared to the dissociation constant of them in a base. According to the generalized definition, water is a kind of base, so the dissociation constant of weak acid can be compared to that of the water. This is called "water separation effect."". Comparison between the strong water, this is called "water leveling effect"; but you can use a stronger base. A weak acid, such as acetic acid, is almost not ionized in water, making it less obvious that the water can be distinguished. Name of oxacid: for molecules containing only one element into the acid simple oxygen acid, which is common in a certain acid, other oxygen acid according to the oxidation number of elements into the acid is a high acid and low or no peroxy – O – O – structure and nomenclature. For example, HClO3 (chlorate oxidation number of chlorine is +5 (HClO4) and perchloric acid oxidation number +7 (HClO2), chlorite oxidation number is +3),   HClO (hypochlorous acid; oxidation number +1); and HSO, H2S2O8 – O – O – containing keys, called a peroxide sulfuric acid, peroxy sulfate two. Two simple oxygen acid acid acid to shrink said coke water molecules generated after (or a shrink, for example: A acid) is also useful for the prefix name, such as: simple oxacid off (all) and hydroxyl radical generated basis known as SO group, said the thionyl, CrOCl said chromyl chloride. If the acid containing chemical formula written in MO (OH) (M for metal), you can according to   value to determine the strength of the common acid of oxygen: =0  very weak acids, such as boric acid H3BO3

Reactor mainly has two kinds of methods of chemical cleaning and mechanical cleaning|Reactor mainly has two kinds of methods of chemical cleaning and mechanical cleaning

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reactor are mainly chemical cleaning and mechanical cleaning of two kinds of methods:  
2, mechanical cleaning by high pressure cleaning device, high pressure water through the nozzle flush dirt 150-200MPa.   two methods have advantages and disadvantages of chemical cleaning, less labor, short cleaning time, cleaning thoroughly, but may cause equipment corrosion; mechanical cleaning will not cause corrosion of equipment, can effectively clean the hard scale, but a long time, the labor intensity is big. So the chemical cleaning is applied in the dirt soft and thin working condition, and the mechanical cleaning is applied in the hard and thick working conditions.