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RTP-MS Ultrafast Heating and Pressing Furnace with 2900°C Max Temperature, 180°C/s Heating Rate, and 100 kgf Pressing Force

Designed for rapid thermal processing and flash sintering of small samples.
Operates within a stainless steel high-vacuum chamber with water cooling.
Heating speed up to 180°C/s reaching 2900°C maximum temperature.
Manual pressing force up to 100 kgf for sample densification.

Konformität: CE-zertifiziert
Maßgeschneidert: OEM/ODM
Verpackung: Sperrholzkiste

Produkte

RTP-MS Ultrafast Heating and Pressing Furnace with 2900°C Max Temperature, 180°C/s Heating Rate, and 100 kgf Pressing Force

The RTP-MS furnace is engineered for rapid thermal processing tasks requiring ultrafast heating and controlled pressing within a high-vacuum environment. It is particularly suited for flash sintering and ultrafast heating applications on small samples, offering a cost-effective alternative to spark plasma sintering (SPS) for certain research and development workflows.

This system features a stainless steel vacuum chamber equipped with a water cooling jacket to maintain thermal stability during operation. The chamber supports a maximum operating temperature of 2900°C with heating rates up to 180°C per second, enabling rapid temperature ramping for efficient material processing. The furnace integrates a digital infrared pyrometer for precise temperature measurement and control through a quartz observation window.

Wichtigste Merkmale

  • High-vacuum stainless steel chamber with water cooling jacket and graphite felt insulation.
  • Graphite sheet heaters standard for samples up to 50 mm diameter and 1 mm thickness, capable of reaching 2900°C.
  • Optional tungsten sheet heaters and graphite pressing die heaters for specialized sample sizes and temperature ranges.
  • Manual screw pressing rod applying 10 to 100 kgf force with ceramic pressing buffer plates; motorized pressing optional.
  • Digital IR pyrometer with temperature accuracy ±(0.5% F.S. + 2°C) and reproducibility ±0.3% F.S.
  • Vacuum capability better than 1e-6 torr with included digital vacuum gauge and KF 40 vacuum port.
  • Programmable PID temperature controller with 30 segments and ±3°C accuracy in auto mode.

Technische Daten

Parameter Spezifikation
Stromversorgung 208-240VAC, 380-415VAC, or 460-480VAC, 50/60Hz, 3-phase
Stromverbrauch 30 KVA
Output Voltage and Current <30 VDC, <1700 A
Heizelemente Graphite sheet heaters (standard), tungsten sheet heaters (optional)
Sample Size (Graphite Heater) Up to Ø 50 × 1 mm
Sample Size (Graphite Pressing Die Heater, Optional) Up to Ø 33 × 5 mm, max 1600°C
Höchsttemperatur 2900°C
Maximum Heating Rate 180°C/s
Pressing Force 10 – 100 kgf (manual), motorized optional
Temperature Measurement Infrared pyrometer, range 1000 – 3000°C, accuracy ±(0.5% F.S. + 2°C)
Vacuum Chamber SS304 with water cooling, graphite felt insulation, quartz window Ø138 mm
Vakuumniveau >1e-6 torr
Vakuumanschlüsse KF 40 vacuum port, 1/4″ gas inlet and outlet with valves

Typische Anwendungsbereiche

This furnace is ideal for rapid thermal processing, flash sintering, and ultrafast heating of ceramic, metallic, and composite materials in research laboratories. It supports densification and sintering of small pellets and samples where precise temperature control and high heating rates are critical. The system is also used for solid electrolyte pellet fabrication and other advanced material synthesis requiring vacuum and controlled pressing.

Hinweise zur Konfiguration und zum Betrieb

The standard configuration includes the stainless steel vacuum chamber, graphite sheet heaters, manual pressing rod, and digital IR pyrometer. Optional accessories include tungsten heaters, motorized pressing rod with PID pressure control, mechanical vacuum pump, and turbopump station for enhanced vacuum performance. A water chiller is required for operation but is not included; a recommended model is the KJ6200 recirculating water chiller or equivalent.

Temperature control can be manual or automated via PID controller with programmable segments. Pressure may vary with temperature due to thermal expansion; motorized pressing compensates for this effect. Safety precautions include proper handling of high temperatures, vacuum integrity, and electrical connections.

Produktbezogene Informationen

SDH-TS laboratory product view 1
YLJ-CIP-20B laboratory product view 1
MSK-HRP-22 laboratory product view 1
BPM-FC_01
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