150L High Uniformity Laboratory Box Furnace with Five-Sided Heating

Introduction

The ZYLAB 150L High Uniformity Laboratory Box Furnace features an advanced five-sided heating system and a spacious 150-liter chamber. Designed for laboratories and small-scale production, it ensures precise temperature control, outstanding uniformity (±1 °C), and versatile atmosphere compatibility.
It is especially well-suited for applications where high heating uniformity is critical, such as materials research, powder sintering, and thermal treatment of temperature-sensitive samples.

1. Five-Sided Heating System

• Superior Uniformity: Heating elements are embedded on the bottom and all four side walls (left, right, back, and door), ensuring comprehensive heat coverage and consistent thermal treatment of all samples.

• Precision Temperature Control: PID controller with multi-segment programmable profiles supports precise ramping and soaking curves with a fluctuation range typically within ±1 °C.

2. Large Capacity Design

• 150L Chamber Volume: Accommodates larger or multiple samples in one batch, improving efficiency for lab-scale production or experimental processes.

• Flexible Sample Handling: Compatible with a variety of crucibles and trays for different materials and applications.

3. Advanced Insulation Materials

• Energy-Efficient Insulation: Multi-layered insulation structure with premium alumina fiber boards minimizes heat loss and ensures low external surface temperature.

• Long Service Life: High-grade insulation materials reduce maintenance needs and extend furnace durability under frequent use.

4. Atmosphere Control System

• Multiple Atmosphere Options: Compatible with vacuum, inert gases (N₂, Ar), or reducing gases (H₂), enabling tailored environments for different material processing requirements.

• Optional Add-ons:

  • Mass Flow Controller (MFC): For accurate gas flow control

  • Gas Leak Alarm System: Ensures safe operation with specialty gases

  • Protective Atmosphere Box: Shields sensitive materials from oxidation or contamination

  • Preheater for Reactive Gases: Supports up to 600°C for corrosion-resistant gas preheating

  5. High Level of Automation

  • Touchscreen Interface: User-friendly operation for setting parameters, starting programs, and monitoring temperature curves in real-time.

  • Data Logging & Analysis: Automatic recording of key process data, supporting quality control and traceability.

  • Remote Monitoring: Internet-enabled control for remote diagnostics and operational management.

  6. Built-In Safety Features

  • Overtemperature Protection: Automatic power-off and alarm if the temperature exceeds safe limits.

  • Emergency Stop Button: Quickly halts operation to protect personnel and equipment.

  Applications

  • Ceramic and Advanced Materials Sintering
    Uniform temperature ensures consistent densification and microstructure control in ceramic and composite materials.

  • Metal Heat Treatment
    Suitable for annealing, stress relief, and other heat treatment processes for metal parts and alloys.

  • Powder Metallurgy
    Supports sintering of metal or ceramic powders under controlled atmosphere conditions.

  • Thermal Processing of Electronic Components
    Provides stable temperature environments for testing, curing, and bonding of temperature-sensitive devices.

  • Glass and Enamel Processing
    Enables controlled heating and slow cooling cycles required for shaping and strengthening glass materials.

  • Material Research & Development
    Excellent tool for universities, institutes, and R&D departments conducting thermal behavior analysis of new materials.

  • Atmosphere-Sensitive Processing
    With optional gas control and protective atmosphere box, it’s ideal for oxidation-sensitive and chemically reactive samples.