Unlock Exclusive Discounts & Flash Sales! Click Here to Join the Deals on Every Wednesday!

Glass Reactor, Dimensions 1100W x 1200D x 2370H mm, 180W, 50L (CAT#: STEM-GLE-0915-LGH)

Highlights

GRS-25 speed regulating glass reactor is mainly used for material synthesis, distillation, concentration and other experiments. Patented sealing technology, the structure of the kettle body is divided into three types: single-layer, double-layer and three-layer. The kettle can be pumped to a negative pressure state as needed to meet the experimental conditions.

Cat Number: STEM-GLE-0915-LGH

Application: Mainly used for material synthesis, distillation, concentration and other experiments

Model: GRS-50Ex

Add to Cart



Description

GRS-25 speed regulating glass reactor is mainly used for material synthesis, distillation, concentration and other experiments. Patented sealing technology, the structure of the kettle body is divided into three types: single-layer, double-layer and three-layer. The kettle can be pumped to a negative pressure state as needed to meet the experimental conditions.

Specification

Tank body jacket volume (L) : 13
Effective volume in the kettle (L) : 50
Constant pressure leakage volume (L) : 2
Speed adjustment range (RPM) : 50 to 500
Condenser heat transfer area (㎡) : approx. 0.429
Allowable pressure of jacket (MPa) : 0.03
Allowable pressure in the kettle: negative pressure - normal pressure
Operating temperature range (℃) : -80 to 200
Tank body inlet and outlet liquid circulation hose interface specification: RC3/4
Temperature display accuracy: 0.1
Power supply: 220-240V~, 50/60Hz
Motor power (W) : 180
Height of discharging port (mm) : about 550
Dimensions (mm) : about 1100W x 1200D x 2370H

Features

GRS-25 speed regulating glass reactor is mainly used for material synthesis, distillation, concentration and other experiments. Patented sealing technology, the structure of the kettle body is divided into three types: single-layer, double-layer and three-layer. The kettle can be pumped to a negative pressure state as needed to meet the experimental conditions.