Description
Specification:
|
Model
|
FU-3.5MGU
|
|
Max temperature
|
1200℃
|
|
Continuous running temperature
|
1000℃
|
|
Chamber volume
|
3.5liters
|
|
Controller
|
Digital PID controller
|
|
Sensor
|
K type
|
|
Heater
|
2.2kW
|
|
Heating element
|
KANTAR A-1 with ceramic fiber
|
|
Insulation
|
Ceramic
|
|
Power supply
|
110V, 50/60Hz, 1p, 20A
220V, 50/60Hz, 1p, 10A
|
|
Net weight
|
45kg
|
|
Chamber size
|
140x140x180mm
|
|
External size
|
410x480x900mm
|
Feature:
Heat treatment of ceramic, alloy, titanium and other materials for the aerospace and metallurgical manufacturing sectors is performed by destructive testing facilities.
Building enterprises that sinter metallic power such as nickel alloy into sintered materials.
Material technology companies that create polymer composites and graphene materials.
Aerospace businesses that conduct cyclic oxidation tests in an atmosphere-controlled environment between 1700C and room temperature.
Medical and healthcare organizations that require ash and composition analyses from material burning.
Material innovation firms that sinter in vacuum or inert gases.
Companies that require a vacuum furnace for softening cycles, annealing, and age hardening of Inconel 718 tubes in subsea and surface injection systems.
Analytical research laboratories that use heat treatment to examine diverse materials.
Manufacturers of medical implants who anneal alloy powders.
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