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Double Chamber Vacuum Furnace PQ2C - High Precision Heat Treatment Equipment from China Suppliers and Factory
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Double Chamber Vacuum Furnace PQ2C - High Precision Heat Treatment Equipment from China Suppliers and Factory

The PQ2C series double chamber vacuum furnace is an advanced piece of intelligent heat treatment equipment, specifically designed for efficiency and performance. With its innovative independent double chamber structure, which includes a pretreatment chamber and a main treatment chamber, this furnace optimizes the heat treatment process, The pretreatment chamber effectively combines vacuuming, preheating, and degreasing functions. This ensures the efficient removal of volatile substances like grease and binders from the workpiece surface, preventing contamination during high-temperature sintering. Meanwhile, the main processing chamber is engineered for high-temperature heating (up to 1320 °C) and controlled cooling (gas quenching), guaranteeing material densification and enhanced performance, Widely utilized across various industries such as aerospace, electronic semiconductors, medical equipment, and precision manufacturing, this vacuum furnace is especially suitable for processing high-value, high-precision components. By significantly improving product yield and batch consistency, it meets the growing demand for new materials in the high-end industry and scientific research sectors, As a leading manufacturer and supplier from China, our factory is committed to providing high-quality vacuum furnaces that cater to the needs of modern precision manufacturing and advanced material development. Discover the PQ2C series and enhance your production capabilities today!

    characteristic 01

    The pretreatment room and the main processing room are independent temperature control, vacuum isolation, support continuous production, shorten the process cycle

    The pretreatment room is equipped with gradient heating and vacuum degreasing system to accurately decompose organic matter, avoid coking and carbon residue

    A reliable vacuum door is installed between the two rooms to ensure that the pretreatment room is completely separated from the main processing room and that each room does not interfere with each other during processing

    Two-room independent PLC+ industrial computer management, support process parameter linkage programming, data traceability and remote operation and maintenance, reduce operation complexity

    The workpiece can be heated under different vacuum (10-2~10-6 mbar) to avoid surface oxidation and decarbonization and ensure the purity and finish of the material

    Both the pretreatment room and the main processing room adopt multi-zone independent temperature control, combined with PID algorithm, to achieve ±5℃ furnace temperature uniformity, with good temperature control accuracy

    Integrated gas quenching (nitrogen/argon) system in main processing room, combined with high efficiency heat exchanger, significantly improve cooling uniformity, adapt to different material characteristics

    Integrated PLC, with program controller or computer interface, touch screen, recorder and other real-time monitoring furnace vacuum degree, temperature, pressure and other data, support remote fault diagnosis and process tracing

    Common specifications 02

    Model number PQ2C-2000
    Effective working area dimension: Width × height × length (mm) 1000×1000×1400
    Temperature Maximum 1320℃/ normal operating temperature 540~1280℃
    Cooling pressure 0.87 to 2.8 bar abs (optional)
    Handling weight approx. (Kg) 2000
    Installed power (KW) 500

    Frequently Asked Questions FAQ

    How does the two-room design improve production efficiency?

    The pretreatment room and the main processing room feature independent temperature control and vacuum isolation. This design supports continuous production and significantly shortens the overall process cycle.

    What temperature uniformity can this vacuum furnace achieve?

    Both chambers utilize multi-zone independent temperature control combined with a PID algorithm to achieve a highly precise furnace temperature uniformity of ±5℃.

    How does the system prevent workpiece oxidation and decarbonization?

    Workpieces can be heated under different vacuum levels ranging from 10-2 to 10-6 mbar, effectively avoiding surface oxidation and decarbonization while ensuring material purity and finish.

    What are the dimensions and handling capacity of the PQ2C-2000 model?

    The PQ2C-2000 model features an effective working area of 1000×1000×1400 mm (W×H×L) and has a maximum handling weight capacity of approximately 2000 Kg.

    Does the system support remote monitoring and diagnostics?

    Yes, the integrated PLC and industrial computer interface support real-time monitoring of vacuum degree, temperature, and pressure, as well as remote fault diagnosis and process data tracing.