Industrial Furnace – TT-IF-588-1200P

Parent Product

The TT-IF-588-1200P is a 1200°C automatic-door industrial furnace engineered for a wide range of heat treatment applications, including quenching, tempering, normalizing, and annealing of metal materials. It is equally suitable for sintering non-metallic ceramic components, making it a versatile solution for both research and production environments. With its automatic door system, the furnace ensures safe, efficient operation and is particularly well-suited for small-scale production, pilot testing, and laboratory use.

This model offers a spacious 588-liter chamber capacity and is designed to operate at a continuous working temperature of 1100°C, with a maximum temperature of 1200°C. Powered by a 380V system, it utilizes high-quality HRE alloy resistance wire heating elements for consistent thermal performance. An N-type thermocouple provides precise measurement with a temperature accuracy of ±1°C, ensuring reliable and repeatable processing results across various industrial and research applications.

Industrial Furnace – TT-IF-588-1200P

Industrial Furnace – TT-IF-588-1200P

  • Metal Heat Treatment – Designed for precise high-temperature processing, the furnace supports quenching, tempering, normalizing, and annealing of metal components. These processes improve hardness, durability, and microstructural stability, making it well-suited for industrial material conditioning.

  • Ceramic Sintering – Provides stable thermal conditions for sintering non-metallic ceramics and ceramic composites. Ensures consistent densification and uniformity in laboratory research and production of advanced ceramic materials.

  • Research and Development – Ideal for universities, research institutes, and industrial laboratories, this furnace offers controlled environments for experimental studies on material transformation, thermal performance, and microstructural behavior.

  • Pilot-Scale and Small-Batch Production – With its 588L chamber capacity and automatic-door system, the furnace is highly efficient for pilot-scale testing and small-batch production, bridging the gap between lab research and industrial manufacturing.

  • Specialized Industrial Applications – Suitable for industries requiring precise thermal processing of alloys, non-metallic components, and specialty materials in aerospace, automotive, mining, and advanced manufacturing sectors.

  • Enhanced Safety and Efficiency – The automatic electro-hydraulic lift door improves operator safety and workflow efficiency, making it an excellent choice for facilities handling frequent or heavy-duty furnace operations.

Furnace Shell

  • The shell is constructed from Q235 low-carbon steel with an electrostatically resistant, corrosion-resistant surface.
  • Its durable metal frame minimizes external surface temperature for enhanced safety.
  • Features an electro-hydraulic lift door with an integrated limit switch.
  • Users can choose between button- or foot-operated automatic door controls.

Refractory

  • Built with a multi-layer insulation system and double-layer lightweight refractory brick lining for structural integrity.
  • The design is asbestos-free, ensuring low heat loss and improved energy efficiency.

Heating System

  • Equipped with high-grade metal or ceramic heating elements that provide uniform radiant heat inside the chamber.
  • Three-sided heating—left, right, and bottom—ensures consistent temperature distribution.
  • A silicon carbide bottom plate shields the base elements, offering strong mechanical support, excellent thermal conductivity, and stable horizontal load handling.

Temperature Control Panel

  • Uses PID and SCR control for accurate, stable temperature management.
  • Fitted with a long-life, international-standard thermocouple.
  • A safety switch disconnects power when the door is opened.
  • The controller is positioned on the right side of the unit; an external control cabinet is also available as an option.

Program Controller

  • Supports advanced processing needs with an intuitive interface.
  • Allows flexible operation with up to 30 programmable segments per curve.
  • Includes over-temperature and system fault alarms with automatic shutdown features.
  • Optional upgrades include manual air intake, automated exhaust, and a rapid cooling system capable of reducing chamber temperature from 400°C swiftly.

Model

Chamber size(mm)

Chamber volume

Max temp.

Working temp.

Voltage

Power

Heating element

Temp Precision

TT-IF-100-1200P400×530×460100L1200℃1100℃380V15KWHRE±1℃
TT-IF-150-1200P450×530×590150L1200℃1100℃380V24KWHRE±1℃
TT-IF-200-1200P500×530×720200L1200℃1100℃380V27KWHRE±1℃
TT-IF-300-1200P550×700×780300L1200℃1100℃380V45KWHRE±1℃
TT-IF-660-1200P600×1100×1000660L1200℃1100℃380V60KWHRE±1℃
TT-IF-1000-1200P800×1000×12501000L1200℃1100℃380V80KWHRE±1℃
TT-IF-96-1400P400×600×40096L1400℃1300℃380V21KWSIC±1℃
TT-IF-150-1400P450×530×590150L1400℃1300℃380V25KWSIC±1℃
TT-IF-200-1400P500×530×720200L1400℃1300℃380V28KWSIC±1℃
TT-IF-288-1400P600×800×600288L1400℃1300℃380V30KWSIC±1℃
TT-IF-640-1400P800×1000×800640L1400℃1300℃380V50KWSIC±1℃
TT-IF-1200-1400P1000×1200×10001200L1400℃1300℃380V100KWSIC±1℃
TT-IF-96-1700P400×600×40096L1700℃1600℃380V25KWMoSi2±1℃
TT-IF-150-1700P450×530×590150L1700℃1600℃380V30KWMoSi2±1℃
TT-IF-200-1700P500×530×720200L1700℃1600℃380V40KWMoSi2±1℃
TT-IF-288-1700P600×800×600288L1700℃1600℃380V50KWMoSi2±1℃
TT-IF-640-1700P800×1000×800640L1700℃1600℃380V80KWMoSi2±1℃
TT-IF-1200-1700P1000×1200×10001200L1700℃1600℃380V150KWMoSi2±1℃

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