SH Scientific 1200℃ laboratory muffle furnace, 3L, material heat treatment, 110V

Description

SH Scientific muffle furnaces offers from 1050 ℃ to 1800 ℃ with unbeatable prices.
SH Scientific laboratory benchtop muffle furnace MG series goes up to max 1200 degrees Celsius (℃) and the ideal operating temperature is 1000 degrees Celsius (℃).
If your testing is carried out under this temperature in any case, do not overpay for standard design. This universally used muffle furnace is designed for your budget-saving.
Our MG series are the most affordable quality muffle furnace in the market. Save your budget.
Our muffle furnace takes less than 40min to reach 800℃.
SH Scientific muffle furnaces are ideal for wide range of application including ashing, calcination, oxidation, sintering, hardening and tempering, melting, thermocouple calibration, annealing, stress relieving and etc.
3L chamber (L130xD250xH90mm)
Laboratory benchtop muffle furnace with swing door
Recommended ideal running temperature is below 1000℃
Heating from 4 sides and excellent temperature uniformity (+/-2.5%)
Excellent outgassing thanks to the exhaust air outlet on the head of chamber, i.e plastic polymer
Double housing and low surface temperature (29~30℃ at 800℃)
Ceramic fiber materials which are not classified as carcinogenic
Light weight. 34kg
Prompt heat up and good maintaining
SSR operation and PID control provides low noise operation and precise temp control (+/-1℃)
Model
SH-FU-3MG
Max temperature
1200℃
Continuous running temperature
1000℃
Chamber volume
3liters
Controller
Digital PID controller
Sensor
K type
Heater
1.4kW
Heating element
KANTAL A-1
Insulation
Ceramic
Power supply
110V, 50/60Hz, 1p, 12A
220V, 50/60Hz, 1p, 6A
Net weight
34kg
Chamber size
130x250x90mm
External size
370x510x570mm
HERE ARE OUR PROUD SUPPLY REFERENCE OF SH SCIENTIFIC FURNACE FOR CUSTOMERS AND INDUSTRIES.
a. Destructive testing laboratories who carry heat treatment of ceramic, alloy, titanium and etc for aerospace and metallic production industries.
b. Building companies who transforms metallic power such as nickel alloy into sintered materials by sintering.
c. Material technology providers who develop polymer composites and graphene materials.
d. Aerospace companies who perform cyclic oxidation test between 1700C to room temperature in atmosphere-controlled environment.
e. Medical and healthcare companies who need analysis of ashes and contents through combustion of materials.
f. Material innovation companies who do sintering in vacuum or in inert gases.
g. Subsea and surface injection system companies who need vacuum furnace for softening cycles, annealing and age hardening of Inconel 718 tubes.
h. Analytical research labs who perform various material testing with thermal treatment.
i. Medical implants manufacturers who anneal alloy powders.
j. Material scientists in universities who do sintering materials such as polymer-derived ceramic parts.
k. Applied science engineers who process solid oxide fuel cells (SOFC).
l. Environmental and chemical researchers who need combustion of materials.
m. Regulatory compliance service providers in the areas of hazardous waste thermal treatment, air permitting, air pollution control, contaminated soil remediation, and hazardous waste management.
n. Metallic parts manufacturers who need vacuum brazing and heat treating for steel.
o. Water treatment companies who test glass content in FRP (fiber reinforced polymer) products according to ASTM D2584.
p. Semiconductor manufacturers who anneal Gallium nitride (GaN) semiconductor wafer.
q. Engineering companies who do curing and sintering solutions in porous ceramic tubes.
r. Civil engineers who need soil combustion.
s. University labs who anneal Si wafer in vacuum condition.
t. Chemistry research departments who do the thermal treatments (stabilization in air and carbonization in argon) of carbon nanofiber precursors.
u. Marine equipment manufacturers who analyze ash content in marine HFO (Heavy Fuel Oil).
v. Graphene solution companies who produce graphene-based materials by CVD (Chemical Vapor Deposition) method. CVD furnace
w. Solid state battery manufacturer with polymer electrolyte, oxide electrolyte, sulfide electrolyte, phosphate electrolyte and etc.