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1600C Horizontal Flash Sintering Furnace with 3KW Programmable Power Source - GSL-1600X-FS3KW

1600C Horizontal Flash Sintering Furnace with 3KW Programmable Power Source - GSL-1600X-FS3KW

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GSL-1600X-FS3KW is a horizontal tube furnace with a 3KW programmable AC power source designed for exploring the flash- sintering for ceramic materials at a lower cost. The tube furnace comes with an 80mm OD alumina tube and a sliding sample fixture, which can preheat sample up to 1600oC. The Sample holder will press electric wire to the sample via a ceramic screw to pass through a programmable AC power source which is programmable up to 1500W power.
Flash-sintering is a new technology that is used widely in the research of solid-state electrolyte, SOFC, and magnetic & Thermo-electric materials.

SPECIFICATIONS:


Tube Furnace
  • 208 - 240 VAC, 50/60Hz, 5.2 KW max. power consumption
  • Working temperature: 1600°C continuous and 1700°C Max.
  • Heating Zone length: 18" ( 457 mm )
  • Constant temperature zone: 6" ( 150 mm) within +/- 1°C
  • One pcs of High purity Alumina tube with dimension: 2 3/8"x 40"(60OD x 54IDx 1000mm L is included 
  • The alumina tube is consumable and no warranty covered. Pls click the picture to order spare

Temperature Control
  • PID automatic control via solid-state relay with 30 steps programmable and +/-1°C accuracy
  • Built-in Over Temperature and Thermocouple Failure Protection
  • B-type thermal couple
  • Optional: You may upgrade the controller to the Eurotherm 3000 Series Temperature Controller with +/-0.1ºC accuracy. This package includes a communication cable (RS485- USB) and software. Click the pic left to view the spec.
            Eurotherm 3000 Series optional

Vacuum Sealing Flanges
& Sample Fixture

 
Vacuum Flanges are made of stainless steel which can reach the vacuum to 10-2 torr by mechanical pump and 10-5 torr by turbopump.(Please check the installation instruction at the Operation Video column)
Left Side Flange:
  • 30 mm dia. quartz observation window
  •  Needle valve with 1/4 NSP connector
Right Side Flange
  • KF25 vacuum port to connect to a vacuum pump
  • Two electric wires feed through. Wires are made of Platinium with 1 mm diameter
  • Needle valve with mechanical vacuum gauge.
  • The sample fixture is built-in in the inside flange.
  • This flange is slidable to make sample loading easy.

Programmable AC Power Source
 The programmable AC power source is to connect the electric wire at the feedthrough at the right side flange. After pre-heating, AC power will pass a sample as a program set to produce more heat rapidly, which results in a sample sintered in high density. The power parameters can be set via included laptop. Power source specifications ae as the below
  • Input Voltage: AC220V±10%, 50/60Hz single phase
  • Power Capacity: 3000 W Max.
  • Circuit Type: IGBT, PWM
  • Output Voltage 50V-300V adjustable with ≤1% stability
  • Output Frequency: 50/60Hz fixed with ≤0.01% stability
  • Protection: Overload, over-temperature, and short circus
  • PC programmable Laptop with pre-installed software is included for program setting
  • Optional: DC power source 400V/10A is available upon request at the extra cost
 
Optional Parts
  • Anti-Corrosive digital Gauge up to 10E-5 torr is optional for CVD application (Pic 3)
  • You may order a multi-channel gas delivery system for DVD or CVD operation ( Pic 4)
   

Compliance
  • CE Certified
  • NRTL (UL61010) or CSA certification is available upon request at extra cost.( pls click marks below to learn details 
Application Notes

Please click the link below for the article on flash-sintering processing

A simple flash sintering setup under applied mechanical stress and controlled atmosphere

 

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Dimension & Weight:

  • 1950L×500 W ×720 H, mm
  • 150Kg

MTI offers a One-Year limited warranty with lifetime support(may cause a fee) for this product.

The MTI One Year Limited Warranty does NOT cover

  • Consumable parts such as Graphite dies, O-rings, crucibles, screws, washers, etc.
  • Any damage and rust resulting from improper storage or maintenance.
  • Any damages caused by the use of corrosive and acidic gases.
  • Any damage resulting from failing to adhere to the individual product's specific operation requirements, such as water cooling, venting, etc.
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