Rod Overbend Box Furnace
The Rod Overbend Box Furnace is a type of industrial furnace designed for high-temperature heat treating applications. It is designed to accommodate long parts, such as rods or tubes, that need to be heated in a uniform manner. The furnace is typically used in applications where a controlled atmosphere is required, such as annealing, hardening, and tempering of steel and other alloys.
The furnace consists of a box-shaped chamber that is lined with insulation to provide maximum heat retention. The heating elements are typically made of high-temperature alloy and are located on the top, bottom, and sides of the chamber to provide even heating. The furnace is equipped with a temperature control system to maintain a consistent temperature throughout the chamber.
Function
The chamber is a climatic chamber specifically designed to perform carbonation tests on concrete samples.
Configuration
The furnace is a box-style design, with a front-loading door and a horizontal configuration for processing long parts. It features a rugged steel construction with high-temperature insulation to minimise heat loss.
Features
The furnace features a digital programmable temperature controller, high-temperature alloy heating elements, and a thermocouple for accurate temperature measurement. It also includes safety features such as over-temperature protection and a door interlock switch.
Temperature Range
The furnace can achieve temperatures up to 1150°C (2102°F) or as per requirement.
Heating Rate
The heating rate of the furnace depends on the size and configuration of the chamber or as per requirement.
Capacity
The Rod Overbend Box Furnace is available in various sizes, capacities or as per the requirement.
Heat Source
The furnace uses electric heating elements to provide heat to the chamber.
Power Requirement
The power requirements for the furnace depend on the size and configuration, with the largest model requiring up to 240 kW of power.
Atmosphere
The furnace can operate in a range of atmospheres, including air, nitrogen, and other inert gases.