High Temperature Tube Furnaces – 1200°C / 1500°C / 1700°C | Quartz & Alumina Tubes

Introduction

The ZYLAB High Temperature Tube Furnaces are advanced, precision-engineered systems designed for demanding heat treatment applications in materials research, metallurgy, ceramics, and semiconductor processing. Available with maximum operating temperatures of 1200°C, 1500°C, and 1700°C, these furnaces provide excellent thermal stability, uniform temperature distribution, and flexible system integration options.

Whether you’re working with inert gas, vacuum, or reactive environments, ZYLAB tube furnaces offer reliable performance with configurable tube materials (quartz or high-purity alumina) and a range of sizes to meet your experimental or industrial needs.

Key Features

• High Maximum Temperatures
  Available in 1200°C, 1500°C, and 1700°C versions to suit various heat treatment processes.

• Quartz and Alumina Tube Options
  Choose between high-purity quartz tubes (for ≤1200°C) and alumina ceramic tubes (for up to 1700°C), depending on your application.

• Uniform Heating Performance
  Designed with optimized thermal insulation and multi-layer heating elements to ensure excellent temperature uniformity across the heating zone.

• Single-Zone or Multi-Zone Heating
  Models include options with dual or multiple heating zones, each independently controlled for precise temperature gradients.

• Advanced Temperature Control
  Equipped with PID programmable controllers featuring multi-segment temperature ramp/hold profiles and safety protection systems.

• Atmosphere and Vacuum Compatibility
  Configurable with gas inlet/outlet ports, vacuum flanges, and optional sealing systems for experiments under inert, reducing, or vacuum atmospheres.

• Customizable Design
  Tube dimensions (length/diameter), heating zone length, gas control systems, and vacuum setups can all be tailored to your specific needs.

• Robust and Reliable Construction
  Built with high-temperature insulation materials, corrosion-resistant shell, and long-lifetime heating elements for continuous use in labs or production lines.

• Safety Features
  Includes over-temperature protection, interlock switches, and real-time temperature monitoring to ensure safe operation.

Applications of High Temperature Tube Furnaces

• Materials Synthesis and Crystal Growth
  Ideal for growing single crystals, preparing ceramics, and synthesizing advanced materials such as oxides, nitrides, and composites.

• CVD and Thin Film Processing
  Supports chemical vapor deposition (CVD) and other thermal deposition methods for producing coatings, nanomaterials, and semiconductor layers.

• Sintering and Calcination
  Used for sintering ceramic and metal components, especially in additive manufacturing, powder metallurgy, and technical ceramics industries.

• Annealing and Stress Relief
  For thermal annealing of wafers, metals, and functional materials to modify microstructure, relieve internal stress, or improve material properties.

• Thermal Decomposition and Debinding
  Suitable for heat-driven decomposition of precursors or organic binders, particularly in the preparation of ceramic and metal green bodies.

• Atmosphere-Controlled Reactions
  Enables experiments under inert (argon, nitrogen), reducing (hydrogen), or vacuum conditions, essential for reactive material studies and oxidation-sensitive processes.

• Educational and Research Laboratories
  Commonly used in universities, institutes, and R&D labs for teaching, testing, and advanced experimentation in materials science, chemistry, and engineering.

1500°C High Temperature Tube Furnace

1700°C High Temperature Tube Furnace

Customization Options

ZYLAB offers flexible customization to meet specific process requirements:

• Multi-zone temperature control (1, 2, or 3 zones)

• Integrated vacuum pump and gas control modules

• Sliding furnace chamber or movable tube design

• Rotating tube or vibration system for uniform heating

• Exhaust gas treatment system

• Compatible with glove box connections

Advantages of ZYLAB Furnaces

• Flexible Customization – Designed to meet diverse laboratory demands

• Widely Used in Research and Industry – Reliable performance in materials labs, universities, and production environments

• Professional Support – Dedicated technical service and documentation

• Efficient Logistics – Timely delivery and global shipment options

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