Category Archives: Thermal Processing

Quartz Tube Furnace

Quartz Tube Furnace

A quartz tube furnace is a specialized high-temperature heating device used for materials processing, chemical reactions, and heat treatment. These furnaces are versatile and find applications in various industries and scientific research.

Laboratory Heat Treatment Solutions

Laboratory Heating Solution

Materials Processing: sintering, annealing, etc heat treatment.
Chemical Reactions: CVD, thermal decomposition and others.
Materials Research: materials characterization,catalyst testing.
Sample Preparation: ashing, drying, and pre-processing of samples for analytical techniques.

Mini Tube Furnace

Mini Tube Furnace

A mini tube furnace is a compact and versatile high-temperature heating device commonly used in laboratories and small-scale industrial settings.

Laboratory Tube Furnace

Laboratory Tube Furnace

A laboratory tube furnace is comprises a tubular chamber where samples or materials are heated to high temperatures for processes such as annealing, sintering, chemical reactions, and materials research.

Horizontal Tube Furnace

Horizontal Tube Furnace

A horizontal tube furnace is a specialized heating device used for high-temperature applications in laboratories, research, and industry. Unlike traditional vertical tube furnaces, this type of furnace features a horizontal orientation, making it suitable for processes that require horizontal positioning of samples.

High Temperature Tube Furnace

Tube Furnace Supplier

High Temperature Tube Furnace is widely used in research, materials processing, and industrial applications to perform heat treatment, materials synthesis, and various high-temperature processes.

Alumina Tube Furnace

Alumina Tube Furnace

Alumina tube furnaces are used for materials processing, heat treatment, and various research applications.

Applications of Box Furnaces

Box furnaces

Box furnaces, also known as chamber furnaces or rectangular furnaces, are versatile pieces of equipment used in a wide range of industrial, research, and manufacturing applications. Their enclosed design allows for controlled heating, temperature uniformity, and often the ability to introduce controlled atmosphere