Polymerization/Photochemical/Phenol Continuous Stirred Tank Electric Heating Batch Chemical Stainless Steel Reactor Price

Mixer Type:	Agitator
Stirring Type:	Diving
Application:	Liquid
Certification:	CE, ISO
Application Area:	Chemical
Layout Type:	Verticle

Polymerization Reactor Description

We will offer you price referring to your detail request, so please kindly inform us of the material, viscosity, density, etc, and
other requirements you prefer, and the special offer will be given.

The pictures are above just for your reference.
Our machines can be customized, leave an inquiry to know more details about price, packing, shipping and price.Any questions, feel free to contact us.

Polymerization reactor is a new type of reaction equipment developed on the basis of absorbing domestic and foreign advanced technology. It has the characteristics of rapid heating, high temperature resistance, corrosion resistance, hygienic, no environmental pollution, no need for automatic heating of boiler, easy to use and so on. Used in petroleum, chemical, rubber, pesticide, dyes, medicine, food, used to complete the curing, nitrification, hydrogenation, alkylation, polymerization, condensation and other process

A chemical reaction takes place within an enclosed volume called a chemical reactor. The reaction occurs in the process vessel, which is usually a closed system. In chemical process analysis, a chemical reactant is an example of a chemical reactor. This unit operation is used to carry out a particular type of chemical reaction. Here, the concentration of a given reagent is controlled. Once the reagent has been added, it can be removed or mixed with other chemicals, as desired.

Depending on the type of reaction being performed, a chemical reactor may be classified as either a batch or continuous system. A batch reactor is ideal for low-scale production and is a great choice for multiple products or complex chemistry. It also provides important quality control. The process streams that are incorporated into the reactor are known as integrated circuits, and the duration of the integration is governed by the required concentration or conversion. In some cases, several types of continuous systems are used in an industrial process.

Polymerization Reactor Application

*Application of Resin plant:
Chemical Machine Resin Plant is the key equipment for producing all kinds of resins, such as Alkyd resin, Acrylic resin, PET resin, epoxy resins, ABS resins, Polyester resin, Unsaturated polyester resin, , Amino resin, curing agent.
The whole set of equipment includes reactor, vertical fractionating column, horizontal condenser, water storage tank, oil spill tank and piping (dilution kettle). All parts of the equipment that contact with the material are all made by stainless steel.
*Model selection reference of resin production equipment

Composition	Instructions
Main Reactor	The size, material, heat transfer systems, mixing systems, sealing systems of reactor according to client’s specification
Dosing Vessel	According to the client’s demand, it adopts gravity tank, gravity mixing tank, gravity dispersing tank, gravity emulsifying tank.
Distillation Device	Vertical condenser, horizontal condenser and separator.
Vacuum system	All kinds of vacuum pumps, buffer tanks.
Thinning Vessel	The size, material, heat transfer systems, mixing systems, sealing systems of thinning vessel according to client’s specification
Pipeline system	According to the client’s demand, it decides the heating, cooling, vacuum and material pipelines, and including related valves, flowmeters and expanders etc.
Control System	According to client’s demand, it decides manual, semi-automatic or full-automatic system.
Filter System	Frame filter, bag filter or centrifuge etc.
Operation Platform	Steel platform or concrete platform

Type Item	500L	1000L	1500L	2000L	3000L	5000L	8000L	10000L	15000L	20000L	25000L	30000L	35000L
Cylinder Size mm	900×800	1100×1200	1300×1200	1400×15300	1600×1500	1800×2000	2100×22000	2200×2500	2600×2800	2800×3000	3000×3400	3200×3500	3200×4000
Actual Capacity L	699	1400	2166	3000	4066	6600	10038	12300	19456	24205	31084	36706	40725
Outer Tube Size mm	Φ76/2	Φ76/2	Φ76/2	Φ76/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2	Φ89/2
Heating Area m²	1.7	2.6	3.8	4.5	5.8	7.5	11	13.2	18.6	21	26	30	33
Inner Coil Size mm	Φ38	Φ45	Φ45	Φ45	Φ45	Φ57	Φ57	Φ57	Φ57	Φ57	Φ57	Φ57	Φ57
Cooling Area m²	1.6	2.7	3.6	4.3	5.7	8	11	13	18	21	25	30	33
Motor Power kw	3	4	5.5	5.5	7.5	11	15	18.5	22	30	37	45	55

	Pros	Cons	Examples
Bulk Polymerization	Simple process and derives macromolecules with high purity	Hart to control exothermicity and high viscosity occurs.	-Continuous polymerization of styrene. – Casting of methacrylate plate – Continuous polymerization of polyvinyl
Suspension Polymerization	Easy heat dissipation and derives macromolecules with low viscosity available as it is.	This reaction needs cleaning and dehydration. Polymer cogulation can occur, and purity of polymer is getting low due to pollution by addictive.	– Adhesives made from polyvinyl acetate – Rubber made from polypropylene and polybutadiene.
Solution Polymerization	Easy heat dissipation and derives macromolecules with low viscosity available in solution.	The solvent for reaction is expensive, hard to remove solvent completely, and chain transfer reaction with solvent can occur.	Beads, pvc powder made from foamed polyethylene, polystyrene, PMMS.
Emulsion Polymerization	Easy heat dissipation and derives macromolecules with low viscosity available in emulsion. This is suitable for mucoadhesive polymers.	Purity of polymer is getting low due to emulsifier and other addictives	– Polyvinyl, polyvinyl acetate, polystyrene – Resin finishing agent for SBR, NBR, concrete