Bottom Loading Chamber Furnace 1700°c to 1800 °c

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Overview

BEB 17/5 & 18/5 – The electrically operated elevator hearth facilitates smooth loading / unloading of the sample / crucible. The design provides a fast hearth ascent / decent therefore making it ideal for rapid load transfer application such as glass melting and firing of advanced ceramics.

Model Max Temp (•C) Max Cont (•C) Max Chamber Dims (mm) HxWxD External Case Dims (mm) HxWxD Chamber Capacity (litres) Max Power (Kw) Volts Phase Nett Wt. (kg)
BEB1715 1700 1700 170 x 170 x 170 1060 x 550 x 650 5 5.0 240 1 190
        Control Console          
        810 x 550 x 650          
BEB1815 1800 1800 170 x 170 x 170 1060 x 550 x 650 5 6.0 240 1 200
        Control Console          
        810 x 550 x 650          

BEB 17/27,91 & 227 – These models are designed for use in more industrial applications involving heavier loads and are therefore more likely to be tailored

Model Max Temp (oC) Max Cont (oC) Max Chamber Dims (mm) HxWxD External Case Dims (mm) HxWxD Chamber Capacity (litres) Max Power (Kw) Volts Phase
BEB17/27 1700 1700 300x300x300 2200x800x800 27 15.0 400 3
BEB17/91 1700 1700 450x450x450 2200x1000x1000 91 24.0 400 3
BEB17/227 1700 1700 610x610x610 2510x1210x1210 227 36.0 400 3
Overview

These unique reactors were developed to solve a number of problems in the lab. They allow the user to run reactions similar to those that have been conducted for many years in the Parr shaker, but offer stirring for better scalability, higher operating temperatures and pressures, and more extensive reactor controls and instrumentation. They also provide elevated pressures while also allowing direct observation of mixing action, color changes, or changes of state. These reactors also provide for convenient operation at moderate pressure and/or for corrosion resistance.

Description
Series 5100 160-1500ml Glass Reactors

These unique reactors were developed to solve a number of problems in the lab. They allow the user to run reactions similar to those that have been conducted for many years in the Parr shaker, but offer stirring for better scalability, higher operating temperatures and pressures, and more extensive reactor controls and instrumentation. They also provide elevated pressures while also allowing direct observation of mixing action, color changes, or changes of state. These reactors also provide for convenient operation at moderate pressure and/or for corrosion resistance.