Demister Pad

25

Years Experience

Your Top Choice for Demister Pad

GTS Filters And Systems manufacture and supply a comprehensive selection of Demister Pads to a variety of industries. These pads are also known as mist pads, mesh mist eliminators, and wire mesh demisters. They are used in gas-liquid separation applications such as compressed air moisture separators and column packing pads. Demister pads can also be used to separate water droplets from steam.

Our satisfied customers praise these pads for their superb finish and great quality. All of the Demister Pads available are constructed of various metals such as monel, nickel, and copper.

We are one of the leading Demister Pad Suppliers in India, owing to our extensive expertise and understanding in this sector. We develop and produce these pads in accordance with industrial quality and standards, employing a variety of high-grade materials. Demister Pads, which we supply to the market, have a wide range of applications in the chemical, petrochemical, petroleum, and refining sectors.

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    Technical Data

    Features & Applications

    Features Of Demister Pads

    • Corrosion and temperature resistant
    • Easy installation
    • Lightweight
    • Superior quality
    • Easy to use
    • Simple operations
    • Low-pressure drop
    • Low maintenance & 99% efficiency
    • High porosity & Economical
    Applications Of Demister Pads

    • Chemical
    • Automobile
    • Metallurgy
    • Pharmaceuticals
    • Petroleum and oil
    • Textile
    • Dye and Paints
    Superior quality & efficiency

    Choose from the Best Demister Pad Manufacturers in India

    Our demister pads are built into a variety of configurations to obtain high tensile strength, improved efficiency, and increased bearing capacity. The surface of the pad might be smooth or ginning. Demister pads for small-diameter applications are integrated structures, whereas demister pads for large-diameter applications are separated structures. To increase strength, support grids are occasionally given in the shape of round or flat bars. If you’re looking for high-quality demister pads, contact us now.

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    Technical Parameters Of Demister Pad

    Technical Details Of Demister Pad
    MOC SS304, SS304L, SS316, SS316L
    Type Integral With Grid, Integral Without Grid, Sectional With Grid, Sectional Without Grid.
    Media Knitted Wire Mesh
    Shape Round, Square

    Frequently Asked Questions

    Vessel diameter and shape, round or square, come first. Material preference and type, integral or sectional, with or without grid, matter too. Do send these across and a suitable pad can be worked out for your vessel.
    Also called a mist pad, mesh mist eliminator, or wire mesh demister, it’s built for gas-liquid separation. As gas passes through the knitted wire mesh, liquid droplets get caught on the mesh surface, coalesce into larger drops, and fall back rather than carrying through with the gas.
    Small-diameter vessels usually take an integral structure, one continuous pad built as a single piece. Once the diameter gets larger, though, a sectional structure makes more practical sense, several pieces joined together rather than one unwieldy pad.
    Monel, nickel, and copper are commonly used, along with stainless steel grades SS304, SS304L, SS316, and SS316L. Which one fits depends mainly on what the gas stream is carrying and how corrosive the environment happens to be.
    Knitted wire mesh is really the key here, offering high porosity along with a large surface area for droplets to collect on. This combination is what gets efficiency up to around 99%, all while keeping the pressure drop across the pad fairly low.
    Strength, mainly, since the pad itself is soft mesh and needs something to hold its shape under gas flow. Round or flat bar grids get added where the application calls for extra structural support, particularly on larger sectional pads.
    Round and square are the two shapes offered. As for the surface, whichever suits your vessel geometry and separation requirement better; do mention your preference when ordering.
    Chemical, petrochemical, and petroleum and refining sectors make up a large share of demand. Automobile, metallurgy, pharmaceutical, textile, and dye and paint industries rely on them too, wherever gas-liquid separation is part of the process.
    Very little, honestly. Low maintenance is one of its defining features, and because the mesh construction resists corrosion and temperature well, there’s rarely a need for frequent attention once it’s installed correctly.
    Yes, that’s actually a common application. The same mesh mechanism that catches liquid droplets in gas-liquid separation works just as well for pulling water droplets out of a steam line before it moves further downstream.