Furnaces

Furnaces are high-temperature equipment designed for heating materials in controlled atmospheres, crucial for material testing and processing applications. They support precise temperature control, with operating ranges up to 1700°C, ensuring accuracy and consistency in thermal treatment processes.

  2. 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.

  4. LINDBERG TUBE FURNACE 1100 C

    Tube Furnaces

    LINDBERG TUBE FURNACE 1100 C

    Tube Furnace -- Three Zone, with Retort

  5. LINDBERG TUBE FURNACE 1200 C

    Tube Furnaces

    LINDBERG TUBE FURNACE 1200 C

    Split Hinge Tube Furnace with RetortWatlow controller with profiling ramp

  6. LINDBERG BLUE M TUBE FURNACE 1" D x 12" L 1100 C

    Tube Furnaces

    LINDBERG BLUE M TUBE FURNACE 1" D x 12" L 1100 C

    Mini Mite Tube Furnace

    Make: Lindberg/Blue M

    Model: TF55035A-1 Mini Mite

    1 unit @ Best Price

    Scotia, NY US

    Item 235343

  7. CRESS MANUFACTURING BOTTOM OPENING FURNACE 1,232C

    Other Furnaces

    CRESS MANUFACTURING BOTTOM OPENING FURNACE 1,232C

    Bottom Opening Furnace(Kiln)

  8. 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. 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

  11. SENTRO TECH HIGH TEMPERATURE TUBE FURNACE

    Tube Furnaces

    SENTRO TECH HIGH TEMPERATURE TUBE FURNACE

    High Temperature Tube Furnace

Common Applications

material testing

thermal processing

heat treatment

metallurgical studies

ceramic production

chemical synthesis

Buying Guide

Furnace Buying Guide

Choosing the right furnace depends on several critical specifications aligned with your application needs. Consider the maximum temperature range and ensure it meets the demands of your thermal processes.

Evaluate the control system for temperature stability and precision, as these impact the consistency of your results. Assess the size and configuration if specific sample sizes or volumes are required.

  • Verify the maximum temperature range to ensure it supports your intended applications.
  • Check for precise electronic control systems for stable temperature management.
  • Determine the furnace type (box, tube, or atmosphere) that best fits your processing requirements.
  • Consider the furnace's dimensions relative to your sample sizes and available lab space.

Frequently Asked Questions

What is the maximum temperature a furnace can achieve?
Many advanced furnaces can reach temperatures up to 1700°C, suitable for extreme heating applications.
What types of furnaces are available?
Common types include box furnaces, controlled atmosphere furnaces, and high-temperature tube furnaces, each designed for specific applications and thermal processes.
How is temperature controlled in these furnaces?
Temperature is controlled using precise electronic systems that ensure uniform heat distribution and stability within the set operating range.
What are ceramic process tubes used for?
Ceramic process tubes are used in tube furnaces to contain and protect samples during high-temperature processes, providing thermal insulation and chemical resistance.