Specifications:

Metal Inner Arc Ring (VSP) – High-Efficiency Tower Packing

The Metal Inner Arc Ring, also known as VSP packing, is a high-performance random tower packing designed to optimize gas-liquid contact in industrial processes. Its unique open structure ensures efficient wetting, excellent liquid mixing, and uniform distribution, making it ideal for mass transfer applications.

Key Features & Advantages:

• Enhanced Gas-Liquid Contact
  The ring’s design promotes droplet formation as liquid cascades through the packed bed, improving mass transfer efficiency.

• High Efficiency & Low Pressure Drop
  The open, non-clogging structure ensures minimal resistance to gas flow, reducing energy consumption in operations.

• Excellent Liquid Distribution
  Provides uniform liquid spreading, enhancing separation and absorption processes.

• Strong & Durable
  Manufactured from high-quality metals, including stainless steel, carbon steel, and special alloys, ensuring long service life and corrosion resistance.

Applications in Industrial Processes:

The Metal Inner Arc Ring (VSP) is widely used in:

• Distillation & Absorption Towers

• Gas Scrubbing & Stripping Columns

• Chemical & Petrochemical Processing

• Environmental Protection & Pollution Control Equipment

Would you like more details on specifications, material options, or performance data?

• Material: carbon steel; SS 304, SS 304L, SS 410, SS 316, SS 316L.

• Package: plastic bags with pallet.

Advantage

Material of metallic VSP ring

· Carbon steel.

· Aluminum alloy steel.

· Titanium alloy steel.

· Copper.

· Stainless steel.

Features of metallic VSP ring

· Reasonable geometric symmetry.

· Increased 15%–30% flux.

· Reduced 20%–30% pressure drop.

· Evenly gas and liquid distribution.

· High mass transfer performance.

Applications of metallic VSP ring

·Separation.

·Absorption.

·Desorption.

·Atmosphere-vacuum distillation.

·Decarburization of synthesis ammonia.

·Desulfuration of synthesis ammonia.

·Separation of ethyl benzene.

·Separation of isooctane.

·Separation of methylbenzene.