Description
Specification:
|
Model
|
FU-31MGV
|
|
Max Temp
|
1200℃ (2192℉)
|
|
Temp Controller
|
Programmable Controller(SP590)
|
|
Heater Cap
|
6000 W
|
|
CAPA
|
31L
|
|
Dimension Internal
(W×D×H) |
315x315x315mm
12.40×12.40×12.40” |
|
Dimension External
(W×D×H) |
730x690x930mm
28.74×27.17×36.61” |
|
Material External
|
Steel Plate with powder heating coated
|
|
Heater Element
|
Kantha A-1 (Ceramic heating)
|
|
Insulation
|
Ceramic Board & Wool (Ceramic fiber)
|
|
Electrical Requirements
120V, 50/60Hz, 1Φ |
N/A
|
|
Cat. No.
|
|
|
Electrical Requirements
230V, 50/60Hz, 1Φ |
26.1 A
|
|
Cat. No.
|
FU31MGV230
|
|
Electrical Requirements
230V, 50/60Hz, 3Φ |
15.1 A
|
|
Cat. No.
|
FU31MGV230-3
|
|
Electrical Requirements
380V, 50/60Hz, 3Φ |
9.1 A
|
|
Cat. No.
|
FU31MGV380-3
|
Feature:
Do you need a carbon-free vacuum furnace for battery anode materials such as graphite powder development, metal injection molding, metallization, and sintering?
Is a CVD (chemical vapor deposition) furnace required for graphene research and production? SH Scientific’s vacuum muffle furnace is a tried-and-true device for producing and growing graphene on metal substrates like cooper using the CVD (chemical vapor deposition) process. CVD vacuum furnace is what it’s called.
The solution is the SH Scientific vacuum furnace, which provides a carefully defined environment of the utmost purity. Because of the large square chamber, the vacuum muffle furnace solves the problem of non-crossing streamlines as well as the sample size limitation.
SH Scientific is proud of its MGV (1200°C) and MHV (1500°C) vacuum furnace innovations.
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