For transition to the catalog with laboratory reactors follow the link
http://analytic-lab.ru/product?id=959
Also you can get acquainted with parameters of the reactors presented at us here
The laboratory LR-2 reactor - ST
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Working volume: 500-2000 ml
- Maximum working temperature: 230 C
- Maximum viscosity: 150000 MPas with
- Range of speeds: 8 - 290 rpm
- Display: Diode display
- Maximum temperature of heating: 230 C
- Temperature sensor: PT 100.25 thermal sensor
- The sizes (Sh x x In): 460kh1240kh430mm
- Achievable vacuum: 25 Mbar
- The min. adjusted speed: 8 rpm
- Admissible surrounding temperature: Temperature of the surrounding environment is C
- Admissible relative humidity: 0,8
- Protection class on DIN EN 60529: IP 42
- USB and RS 232 interfaces: DTM 12 - the Almemo interface for connection to the personal computer
- Electric characteristics: 230 V 50/60 Hz
- Power consumption: 130 W
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Laboratory reactor EasyMax system
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- Display: Experiment control.
- Maximum temperature of heating: - 40C to 180C (shirt temperature).
- The sizes (Sh x x In): 360kh340kh260mm.
- USB and RS 232 interfaces: CAN: The interface for additional devices.
- Electric characteristics: 100 - 240 ~ alternating current, 50 - 60 Hertz.
- Heating: Electric.
- Cooling: Shirt.
- Control modules: Isothermal and izoperibolichesky, constant or dynamic modules, for, distillations with the return refrigerator or crystallization.
- Promeshivaniye: From 30 to 1200 revolutions per minute.
- Type of the reactor: Integral or compound of 2kh parts.
- Control modules: Isothermal and izoperibolichesky, constant or dynamic modules, for, distillations with the return refrigerator or crystallization.
- Number of reactors: 2 completely independent reactors.
- Mixers: Magnetic or verkhneprivodny.
- Illumination of the reactor: 2 light-emitting diodes on 1 reactor.
- The supported languages: English, German, French, Spanish, Japanese, Chinese.
- Pressure: External pressure: 10, 25, 50 and of 150 ml - Dyureks glass. The integral reactor or the reactor with a cover. Pressure upon walls of the reactor of 50 ml / 200 bar from HC-22.
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Chemical laboratory IKA LR reactor 1000 control
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- Working volume: 300-1000 ml
- Maximum working temperature: 120 C
- Maximum viscosity: 100000 MPas with
- Range of speeds: 10 - 150 rpm
- Display: TFT
- The materials adjoining with Wednesday: AISI 316L, borosilicate glass 3.3, PTFE, FKM
- Heating power: 1000 W
- Temperature sensor: PT 100
- Accuracy of the displayed temperature: 0,1 K
- The sizes (Sh x x In): 443kh295kh360mm
- Weight: 16 kg
- Achievable vacuum: 25 Mbar
- The min. adjusted speed: 10 rpm
- Heating control accuracy: 1 K
- Min. temperature of cooling liquid: 3 C
- Diameter of a basic rack (with the built-in fastening): 16 mm
- Admissible surrounding temperature: 5 - 40C
- Admissible relative humidity: 0,8
- Protection class on DIN EN 60529: IP 21
- USB and RS 232 interfaces: is
- Electric characteristics: 230 V 50/60 Hz
- Input power: 1200 W
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The laboratory reactor with the mixing IKA LR device 1000 basic
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- Working volume: 300-1000 ml
- Maximum working temperature: 120 C
- Maximum viscosity: 100000 MPas with
- Range of speeds: 10 - 150 rpm
- Display: Diode
- The materials adjoining with Wednesday: AISI 316L, borosilicate glass 3.3, PTFE, FKM
- Heating power: 1000 W
- Temperature sensor: PT 100
- Accuracy of the displayed temperature: 0,1 K
- The sizes (Sh x x In): 443kh295kh360mm
- Weight: 16 kg
- Achievable vacuum: 25 Mbar
- The min. adjusted speed: 10 rpm
- Heating control accuracy: 1 K
- Min. temperature of cooling liquid: 3 C
- Diameter of a basic rack (with the built-in fastening): 16 mm
- Admissible surrounding temperature: 5 - 40 C
- Admissible relative humidity: 0,8
- Protection class on DIN EN 60529: IP 21
- USB and RS 232 interfaces: no
- Electric characteristics: 230 V 50/60 Hz
- Input power: 1200 W
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Laboratory reactors are often used to analytics, and on production. They help researchers or laboratory assistants to exercise control over the main reactions and collateral processes, and also remove indicators during the work. Certain settings of software allow, management of a rotor and speed of a mixer, and also estimates of fusion or liquid, in the laboratory reactor. At copolymerization and similar processes laboratory reactors become irreplaceable. Carrying out copolymerization of solid substances and liquid polymers considerably becomes simpler.
In the industry similar laboratory reactors are often necessary in research rooms, by production. For example, by production of suspensions or creams. There is possible a carrying out tests of confidants to production, during creation of creams with different extent of addition of components. An experimental method of carrying out reaction in pass the reactor reduces costs of further introduction of technology.
