500Y Structured Packing for High-Efficiency Distillation Columns

Figure 1: High-density corrugation of 500Y packing maximizes surface area for mass transfer.

500Y Structured Packing for High-Efficiency Distillation Columns

1. Technical Specifications

500Y is designed for demanding separations. Below are the standard parameters based on FXSINO Datasheet Rev.2024-06:

2. Primary Applications & High-Efficiency Uses

500Y is the preferred solution when the separation task is difficult or the purity requirements are stringent:

• Fine Chemical & Pharmaceutical Distillation: Separation of isomers or heat-sensitive compounds requiring high purity.
• Solvent Recovery: Achieving high-purity recycled solvents (e.g., DMF, Toluene) in closed-loop systems.
• High-Purity Hydrocarbon Splitting: Separating close-boiling-point components where relative volatility is near 1.0.
• Top Sections of Tall Columns: Often used in the upper sections of very tall columns where vapor rates are lower but separation efficiency is critical.

3. Selection Guide: 500Y vs. 250Y

Choosing between 500Y and 250Y depends entirely on your limiting factor. Use this table for quick reference:

4. Material Selection for Corrosive Services

Due to the thin gauge of 500Y sheets, material selection is critical to prevent deformation under load and corrosion:

• 316L Stainless Steel: The standard for most chemical duties involving mild acids or chlorides.
• Hastelloy C-276: For highly aggressive services, such as acetic acid distillation or wet chlorine gas.
• Titanium: Essential for services involving wet chlorine, seawater, or strong oxidizing conditions.
• Note on 304SS: Not recommended for 500Y in critical services due to lower corrosion allowance and SCC risk.

Critical Installation Warning

Quick FAQ