Metal Raschig Rings Factory

Metal Raschig Rings – Wangdu (Hebei) Chemical Engineering Co., Ltd

Wangdu (Hebei) Chemical Engineering Co., Ltd specializes in manufacturing high-quality metal Raschig rings, one of the most fundamental and reliable types of random packing for industrial mass transfer applications. Our Raschig rings are designed to provide efficient vapor-liquid contact in various separation processes.

Product Specifications:

• Materials Available:

• Stainless steel (304, 316L)

• Carbon steel

• Aluminum

• Copper

• Special alloys upon request

• Standard Sizes:

• From 6mm to 100mm diameter

• Wall thickness options: 0.3mm to 2.0mm

• Custom dimensions available

Key Features:

1. Simple cylindrical design ensures reliable performance

2. Uniform wall thickness for consistent fluid distribution

3. Smooth surface finish to minimize fouling

4. Robust construction for long-term durability

Technical Benefits:

• Provides effective surface area for mass transfer

• Suitable for high-temperature applications

• Resists deformation under typical operating conditions

• Compatible with various chemical processes

Quality Assurance:

• Material certification for traceability

• Precision manufacturing for dimensional accuracy

• Visual inspection for surface defects

• Random sampling for performance verification

Common Applications:

• Basic distillation columns

• Absorption column

• Chemical reactors

• Gas scrubbing systems

• Heat exchange applications

Wangdu (Hebei) Chemical Engineering Co., Ltd produces metal Raschig rings that meet international standards for industrial packing. Our products are manufactured with attention to detail to ensure they perform as expected in your specific application.

For technical specifications or assistance in selecting the appropriate Raschig rings for your process, our engineering team is available to provide professional support and recommendations. We can also advise on proper installation methods to optimize performance.

Note: While Raschig rings have been largely replaced by more efficient packing types in many applications, they remain a cost-effective solution for certain processes where their simple design is advantageous.