Industrial Furnace – TT-IF-64-1200A

Parent Product

The TT-IF-64-1200A is a 1200°C manual-door industrial furnace engineered for precision heat treatment applications, including quenching, tempering, normalizing, and annealing of metal materials. It is also well-suited for sintering non-metallic ceramic components, making it a versatile solution for laboratories, research institutes, and small-scale industrial production.

This model features a 64-liter chamber capacity, providing ample space for diverse applications while maintaining efficiency. It supports a continuous operating temperature of 1100°C and can achieve a maximum temperature of 1200°C, ensuring consistent performance under demanding thermal processes.

Powered by a 380V supply, the TT-IF-64-1200A utilizes high-quality HRE heating elements that deliver reliable, uniform heating and long service life. Temperature measurement and control are supported by an N-type thermocouple, with a precision level of ±1°C, ensuring accurate, repeatable results across applications.

  • Metal Heat Treatment - Designed for quenching, tempering, normalizing, and annealing of ferrous and non-ferrous metals, ensuring precise thermal control and repeatable results for research and production.

  • Ceramic Sintering - Suitable for sintering non-metallic ceramic components with stable temperature performance, delivering structural integrity and material consistency.

  • Small-Batch Production - Ideal for pilot-scale and limited production runs, supporting reliable thermal processing in industrial environments.

  • Materials Research - Supports advanced studies in metallurgy, ceramics, and high-temperature material behavior, making it suitable for laboratories and research institutes.

  • Aerospace & Automotive Applications - Ensures accurate heat treatment of alloys and engineered materials, meeting strict performance standards in aerospace and automotive industries.

  • Industrial Quality Control - Enables repeatable high-temperature testing for product validation, compliance, and certification in regulated manufacturing environments.

  • Educational Laboratories - Provides safe and versatile operation for academic institutions conducting training, demonstrations, and applied research in material science and engineering.

Furnace Shell

  • Constructed from Q235 low-carbon steel, the furnace shell features an electrostatically resistant, corrosion-protected surface.
  • Its reinforced metal frame ensures structural durability while maintaining a low external surface temperature.
  • The side-opening door, fixed on a left hinge, allows for easy and safe operation.

Refractory

  • Designed with a multi-layer insulation system, the furnace uses double-layer lightweight refractory bricks.
  • The bricks are tightly stacked and fitted for high structural strength—free from asbestos, with minimal heat loss and low energy consumption.

Heating System

  • High-grade HRE spiral resistance wires are wound on ceramic support tubes, delivering efficient, radiant heating for extended operational life.
  • Heating is distributed across three sides—left, right, and bottom—for uniform temperature distribution.
  • A silicon carbide base plate shields the bottom heating element, offering excellent thermal conductivity, mechanical strength, and stable horizontal load support.

Temperature Control Panel

  • PID control paired with SCR ensures accurate temperature management.
  • Equipped with an international-standard N-type nickel-chromium-silicon thermocouple, supporting a range of 0–1300°C for long-lasting performance.
  • A built-in safety switch automatically shuts off power when the door is opened.

Program Controller

  • Advanced controller supports complex heat treatment processes.
  • Intuitive interface allows for flexible, user-friendly programming.
  • Stores up to 30 programmable segments for a single thermal cycle.
  • Built-in over-temperature and fault alarms provide automatic safety protection.
  • Optional features include manual air intake and automatic clamshell exhaust.
  • A rapid cooling unit can be added to accelerate temperature drop below 400°C inside the chamber.

Model

Chamber size(mm)

Volume

Rated Temperature

Working temperature

Voltage

Power

Heating Element

Temp control Accracy

TT-IF-45-1200300×500×30045L1200℃1100℃380V12KWHRE±1℃
TT-IF-64-1200400×400×40064L1200℃1100℃380V15KWHRE±1℃
TT-IF-80-1200400×500×40080L1200℃1100℃380V15KWHRE±1℃
TT-IF-96-1200400×600×40096L1200℃1100℃380V18KWHRE±1℃
TT-IF-100-1200400×530×460100L1200℃1100℃380V18KWHRE±1℃
TT-IF-150-1200450×530×590150L1200℃1100℃380V24KWHRE±1℃
TT-IF-200-1200500×530×720200L1200℃1100℃380V27KWHRE±1℃
TT-IF-300-1200550×700×780300L1200℃1100℃380V45KWHRE±1℃
TT-IF-450-1200600×750×1000450L1200℃1100℃380V50KWHRE±1℃
TT-IF-660-1200600×1100×1000660L1200℃1100℃380V60KWHRE±1℃
TT-IF-1000-1200800×1000×12501000L1200℃1100℃380V80KWHRE±1℃
TT-IF-1500-1200900×1200×14001500L1200℃1100℃380V95KWHRE±1℃

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