Introduction to Square Groove Riding Rings for Pyrolysis Furnaces

Introduction to Square Groove Riding Rings for Pyrolysis Furnaces

This is a core supporting component of rotary pyrolysis furnaces, primarily used to support the furnace body and assist in its stable rotation. Here are its key details:

1. Core Applications

Supports the weight of the pyrolysis furnace body, ensuring smooth rotation even when the furnace is tilted.

The square groove structure precisely mates with the furnace's riding ring to provide positioning and guidance, preventing axial movement of the furnace body.

Suitable for batch/continuous pyrolysis furnaces processing raw materials such as waste tires and aluminum-plastic scrap.

2. Structure and Features

Square Groove Design: Compared with traditional arc-groove riding rings, the square groove offers higher positioning accuracy, reducing furnace body deviation during operation and improving equipment stability.

High-Temperature Resistant Material: Usually made of cast steel or heat-resistant alloy, capable of withstanding high temperatures (typically over 600℃) transferred from the furnace body. Some models feature water-cooled structures for temperature reduction.

Heat Insulation Design: Some products maintain a gap with the furnace's riding ring to reduce heat transfer, minimizing temperature loss and deformation risk of the riding ring.

Wear and Corrosion Resistance: The surface undergoes special treatment to resist corrosion and wear from high-temperature dust and oil vapor, extending service life.

3. Suitable Scenarios

Mainly used in small to medium-sized rotary pyrolysis furnaces, especially in working conditions requiring high stability of furnace body rotation.

When used with precision steel guide rails, it further improves concentricity and heat insulation, reducing equipment failure rates.