top of page
Untitled design (10).png

Cyclone Electric Pit Furnace

The Cyclone Electric Pit Furnace is a type of industrial furnace that is designed to achieve high-temperature heat treatment applications. It is an electrically heated furnace that is capable of making it ideal for applications such as annealing, brazing, sintering, and stress relieving. The Cyclone Electric Pit Furnace is specifically designed to handle high-temperature applications that require precision temperature control and uniform heating.

The furnace consists of a pit or chamber that is lined with insulating material to maintain the high temperatures inside the chamber. It uses electric heating elements to heat the materials inside the chamber, and the temperature is controlled through a sophisticated temperature control system.

Function.png
Function

The chamber is a climatic chamber specifically designed to perform carbonation tests on concrete samples.

Configuration.png
Configuration

The furnace features a cylindrical heating chamber with a removable roof, which allows easy access for loading and unloading of materials.

features.png
Features

The furnace has a digital temperature controller, safety interlock, and over-temperature protection. The high-temperature alloy retort heats reactive materials in an inert atmosphere.

temperature range.png
Temperature Range

The temperature range of the Cyclone Electric Pit Furnace has a maximum temperature rating of 1650°C (3002°F) or as per the requirement.

5.png
Heating Rate

The heating rate of the furnace is adjustable, with options for ramp and soak programming.

Capacity.png
Capacity

The furnace is available in various sizes, capacities or as per the requirement.

heat source.png
Heat Source

Electric resistance heating elements are used to provide heat in the furnace chamber.

power requirnment.png
Power Requirement

The power requirements for the furnace range depending on the model and capacity.

atmosphere.png
Atmosphere

It can operate in air or inert gas atmospheres, including nitrogen, argon, or helium.

bottom of page