Horizontaler Vakuum-Rohrofen

Horizontaler Vakuum-Rohrofen

This horizontal vacuum tube furnace utilizes either high-purity quartz or alumina ceramic tubes as the furnace chamber, offering a working temperature range of 300°C to 1600°C. Designed for precision thermal processing under vacuum or inert gas environments, it features advanced PID temperature control with exceptional thermal uniformity. Widely adopted in academic institutions, R&D centers, and industrial settings, this furnace supports high-temperature sintering, metal material processing, quality testing, and small-scale production applications.

Wesentliche Merkmale

• Maximale Temperatur:
  • 1200°C (FeCrAl-Heizdrähte)
  • 1400°C (SiC-Heizelemente)
  • 1600°C (MoSi₂-Heizelemente)
• Präzisionskontrolle: 50-segment programmable PID auto-tuning system with ±1°C accuracy
• Thermisches Management:
  • Doppelwandiges luftgekühltes Gehäuse (Oberflächentemperatur <50°C)
  • Adjustable flange supports at both ends to extend furnace tube lifespan
• Sicherheitssysteme:
  • Übertemperaturschutz mit automatischer Stromabschaltung
  • Electrical leakage detection and instant safety shutdown
  • Not-Aus-Funktion
• Vakuum-Leistung:
  • Grundvakuum: -0,1 MPa
  • Das optionale Molekularpumpensystem erreicht ein Endvakuum von 7×10-⁴ Pa
• Betriebliche Parameter:
  • Aufheizgeschwindigkeit ≤20°C/min
  • Compatible with vacuum/inert gas atmospheres

Standard-Konfiguration

• Hochreines Quarz/Tonerde-Ofenrohr (1 Stück)
• 304 stainless steel dual-seal flange assembly (1 set)
• Vakuum-Manometer (1 Stück)
• Endstopfen (2 Stück)
• Drehschieber-Vakuumpumpe (1 Satz)

Optionale Upgrades

• Verbesserte Vakuumsysteme (Diffusionspumpe, Turbomolekularpumpe)
• Precision gas control (mass flow controller, float flowmeter)
• Schnellverschlussflansche und T-Verbindungselemente
• 7-Zoll-HD-Touchscreen-Schnittstelle

Typische Anwendungen

• Metal sintering and heat treatment
• Ceramic material synthesis
• Entwicklung von Katalysatoren
• Pulvermetallurgische Verarbeitung
• Dünnschichtabscheidung
• Nanomaterial research

Design-Vorteile

• Modular configuration for flexible zone control
• Robust 304 stainless steel construction
• Energy-efficient insulation design
• Benutzerfreundliche, programmierbare Schnittstelle
• Compliance with CE safety standards

This furnace combines cutting-edge heating technology with comprehensive safety features, providing researchers and engineers with a reliable solution for demanding high-temperature applications. Its horizontal orientation facilitates easy sample loading/unloading and ensures excellent temperature uniformity across the processing chamber.