Tube Furnaces

Tube furnaces are pivotal for conducting high-temperature processing, offering precise temperature control up to 1500°C. They ensure consistent thermal performance and are essential for processes requiring uniform heat distribution, with operating specifications like 1200°C to 1500°C temperature range and length variations.

  1. LINDBERG TUBE FURNACE 1200°C

    Tube Furnaces

    LINDBERG TUBE FURNACE 1200°C

    Split Hinge Tube Furnace w/Programmable Controls Optional Single End Quartz Retort Available, See details below.

  5. LINDBERG TUBE FURNACE 36" X 9" 1200 DEG C

    Tube Furnaces

    LINDBERG TUBE FURNACE 36" X 9" 1200 DEG C

    Split Hinge Tube Furnace - Programmable Controller

    Optional Glass Open End Process Tube Available

  6. MELLEN EDG CRYSTAL GROWTH FURNACE 4"D x 24"L

    Tube Furnaces

    MELLEN EDG CRYSTAL GROWTH FURNACE 4"D x 24"L

    EDG Electro Dynamic Graident Precisison Tube Furnace with Linear Translation Drive System

  9. CERAMIC PROCESS TUBES FOR FURNACE

    Tube Furnaces

    CERAMIC PROCESS TUBES FOR FURNACE

    Ceramic Process Tubes for Tube Furnaces

Popular Manufacturers

Lindberg Lindberg/Blue M Sentro Tech Micropyretics Heater Mellen

Common Applications

materials research

annealing processes

crystal growth

thermal treatment

industrial heating

laboratory testing

Buying Guide

Tube Furnace Buying Guide

When purchasing a tube furnace, it is crucial to consider the temperature requirements and the specific applications it will be used for. Understanding the furnace's temperature range is vital, as it should match the demands of your processes.

The design type, such as split hinge or three-zone, can impact the uniformity and range of heating. Verify the furnace's dimensions to ensure compatibility with your existing setup, especially the tube length and diameter.

  • Evaluate the maximum temperature capability, typically ranging from 1100°C to 1500°C.
  • Consider the furnace's design type, which affects heat distribution and control.
  • Check for compatibility with your process requirements, especially in terms of tube dimensions and configuration.
  • Ensure the furnace's construction materials can withstand high-temperature operations consistently.

Frequently Asked Questions

What are the typical temperature ranges for tube furnaces?
Tube furnaces generally offer temperature ranges from 1100°C to 1500°C, suitable for various high-temperature applications.
What types of tube furnaces are available?
Popular types include split hinge tube furnaces and three-zone tube furnaces, each offering specific heating and control capabilities.
What applications are tube furnaces used for?
Tube furnaces are used in applications requiring controlled thermal conditions, such as materials research, annealing, and crystal growth.
Can tube furnaces be used for continuous or batch processes?
Yes, tube furnaces are versatile and can be configured for both continuous and batch heating processes depending on operational needs.