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Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
  • Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
  • Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
  • Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
  • Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
  • Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR
Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR

Compact High Temperature Creeping Tester with Small Punch (1350°C Max.) - OTF-1500X-S-CR

SKU: otf-1500x-s-cr

Price: RFQ

Specifications

OTF-1500X-S-CR is a compact high-temperature creeping tester via a small punch method up to 1350ºC, which can achieve high temp. creeping strength with a small disc sample efficiently and economically. It is an excellent tool for researching new generation super-alloy by high throughput. 

 

Power
  • AC 208-240V Single Phase, 50/60 Hz
  • 1 KW 
  • 15A air breaker is required
  • 10 ft power cable is included, but no power plug
Furnace
  • Compact and splittable furnace with alumina insulation located inside the vacuum chamber.
  • Max. working temperature 1350°C ( 1300°C for continuously running
  • Temperature accuracy: +/- 0.5 °C (Eurotherm controller is available at extra cost for further accuracy, +/-0.1°C)
  • A displacement sensor is built-in with +/- 1-micron accuracy
  • The vacuum chamber is hermetic and sealed by silicone o-rings for atmosphere control. 
Sample Fixture
  • Two-piece recrystallized SiC fixture (die). Assembling via threads.
  • Sample size: 7.90 mm dia. x up to 0.5 mm thickness.
  • Click here to order extra SiC Die
  • Optional: you may use CNC Sample Puncher to make the round sample. ( click Pic.4 to order )
  • Pic. 4
Punch Rod
&
Dead Weight
  • Punch rod is made of Molybdenum through precision machining (Pic. 1)
  • An alignment connector is installed with the pushing rod to ensure a 2.5 mm dia. head in the center of the SiC die. (Pic. 2)
  • 10 pcs of dead weight apply the force to an airtight pushing rod with a total 50Kg.
  • Click here to order extra Mo Punch Rod
  •  Pic. 1 Pic. 2
Water Chiller
(Required)
(Separate Purchase)

MTI recommends EQ-KJ5000 Digital Temperature Controlled Recirculating Water Chiller


Or any equivalent water chiller of your own choice

Heating &
Vacuum Chamber
  • Special MoSi2 heating elements are built in a split-able furnace with thermal insulation.
  • Mac. working Temperature 
    • 1300°C continuously
    • 1350°C for < 1 hr
  • The heating furnace is fixed in the vacuum-sealed chamber with a hinged type door
  • Working gas: All types of inert gas and oxygen gas. 
  • Max. Vacuum level: 10-2 torr by a mechanical pump and 10-5 torr by turbopump. Please click the pictures below to choose a pump and digital vacuum gauge separately. (Pic. 1-2), and digital vacuum gauge (Pic.3)
  • For better atmosphere control, please choose the gas purification system below (pic 4) to reduce oxygen and humidity < 1 ppm. 
 (Pic. 1) (Pic. 2) (Pic. 3)  (Pic. 4)
Temperature Control
  • Built-in PID Auto-Tune function with overheating & broken thermocouple broken protection.
  • Over-temperature protection and alarm allow for operation without attendant(s).
  • +/- 1 ºC temperature accuracy.
  • RS485 Communications Port.
Control Panel
  • A laptop computer will be used as a control panel with software. One computer will control 4 sets of the machine.
  • Software is included, but the Laptop computer is optional at the extra cost.
  • The PC will display and record the curve of displacement vs Time at a fixed temperature and load 
Dimension

Warranty 
  • One-year limited warranty
  • (Consumable parts such as heating elements, die, and pushing rod are not covered by the warranty)

Compliance
  • CE Certified
  • NRTL certification (UL61010) or CSA certification is available upon request at extra cost.

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