Metal C-ring for Gas and Chemical Applications
The Metal C-ring is a crucial component in gas hydration, glycol absorbing, biogas, and chemical washing applications. It features a cylindrical axis oriented vertically, promoting efficient gas flow with minimal obstruction. The unique configuration of the Metal C-ring results in a low pressure drop and improved flow rates, especially in smaller column diameters and fan sizes of new systems. This component boasts high mechanical strength, making it suitable for deep packed beds which enhance hydraulic capacity. Its design reduces fouling due to its horizontal and vertical shape, boosting the efficiency of packed beds. Manufactured by MTE in different sizes, thicknesses, and materials, Metal C-rings are shipped across Western Europe within 24 hours when in stock. MTE specializes in mass transfer solutions, with comprehensive engineering and production capabilities based in the Netherlands, providing global service through an extensive distribution network.
The Metal C-ring is commonly used in applications such as gas hydration, glycol absorbing, bio gas and chemical washing. Due to its cylindrical axis in the vertical plane, the open sides allows a free passage for gas flows. The form of this Metal C- ring creates a low pressure drop and a higher transit for smaller column diameters and fan size in new installations.
With a very high mechanical strength, large quantities Metal C-rings can be used in deep packed beds, which result in a higher and more efficient hydraulic capacity. Because of the horizontal and vertical shape, the Metal C-ring is very resistant against fouling. This increases the capacity of the packed beds as well.
MTE produces metal C-rings in various sizes, thickness and types of materials. Contact our sales department for more information or to order directly.
- Bio gas washing
- Chemical gas washing
- Glycol absorbing
- Gas dehydration
- Air polution control
- C-rings excel in fouling media
- Good mechanical strength
- More efficient use of packing surface
- Lower pressure drop
- Higher capacity