Stanmesh - High Efficiency Demister Pads and Eliminators

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Demister Pads / Pakcol Column Packing

Custom demister pads & structured column packing for industrial separation efficiency

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Demister Pads

High-efficiency Demister Pads & Column Packing For Process Optimization

Trusted solutions for liquid-gas separation

Engineered Separation Solutions for Distillation, Absorption & Scrubbing Systems.

At Stanmesh, we design and manufacture high-performance demister pads and Pakcol structured column packing that ensure optimal vapor-liquid separation across industries. Our solutions are custom-engineered for each process, helping clients reduce carryover losses, improve product purity, and increase tower efficiency.

Up to 99.9% filtration accuracy for liquid droplets > 2–5 microns
30–50% increase in column throughput with structured packing
40% reduction in pressure drop vs. traditional separation systems

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Demister Pads (Mist Eliminators)

Reduce mist losses. Improve product recovery.

Our demister pads—also known as mist eliminators—are precision-woven wire mesh or knitted mesh assemblies installed inside process vessels, absorbers, and distillation columns. They capture fine liquid droplets carried by vapor streams, preventing contamination, corrosion, and product loss.

Efficiency : 98–99.9% at low pressure drops
Temperature Range : -100°C to +550°C
Droplet Size Control : Down to 2 microns with co-knit fine mesh

Knitted Mesh Column Packings / Pakcol

Precision knitted. Elevating operational efficiency.

At Stanmesh, we offer high-quality knitted mesh column packings / pakcol designed to enhance the efficiency of separation processes across industries such as chemical, petrochemical, and pharmaceuticals.

Key Features

Advanced Design : Optimized structure for uniform flow distribution that reduces channeling.
High Surface Area : Up to 300 m²/m³, allowing for improved mass transfer rates.
Versatility : Suitable for distillation, absorption, and extraction processes.
Durability : Resists chemical attacks and temperature variations for long-lasting performance.
Lower Pressure Drop : Typically maintains a pressure drop of less than 10%, lowering energy costs.

Benefits

+20%

Increased Efficiency

Boosts process efficiency by up to 20%, enhancing yield and reducing cycle times.

01.

30%

Cost Effective

Reduces maintenance costs and downtime for a better return on investment. Up to 30% of operational costs in chemical processing stem from separation processes; optimizing these can lead to significant savings.

02.

100%