Demister Pad Manufacturer In India. We Have Developed Our Leading Position Through A Commitment To Customer Service, Technical Expertise, Product Innovation And A 'Can Do' Philosophy. Knitted Wire Mesh Mist Eliminators Are Sometimes Called Crinkled Wire Mesh Or Mesh Blankets. Laktas Has Manufactured Thick Pads Of Knitted Wire Mesh For Use In The Oil And Gas Industry Since 1990. Knitted Wire Mesh Is A Cost-Effective, Reliable Solution That Is Well Proven And It Continues To Be Used In Modern Equipment Designs Today. The Knitted Wire Media Provides Surface Area For Entrained Liquid Droplets To Strike, Adhere And Coalesce Into A Free Flowing Liquid Film Which Drains By Gravity. The Souders-Brown Equation, A Function Of Gas Velocity, Gas Density And Liquid Density, Is Used To Determine The Appropriate Flowing Velocity For A Given System. The Souders-Brown Equation Is: Where Vg = Design Gas Velocity K = Capacity Factor Pl = Liquid Density Pg = Gas Density The Capacity Factor Is Determined Through Experience And For Each Application. It Is Influenced By The Type And Style Of Mist Eliminator, The Relative Geometry Of Mist Eliminator To Vapor Flow, As Well As Process Considerations Such As Operating Pressure, Fluid Viscosities And Liquid Surface Tension. Typical Values Are 0.35 Ft/Sec For Vertical Flow And 0.42 Ft/Sec For Horizontal Flow, Assuming An Air Water System At Ambient Conditions. Filament Diameter, Filament Surface Area, Pad Thickness, And Inter facial Surface Tension Between The Filament And Collected Liquid Are The Primary Variables To Consider In Specifying A Knitted Mesh Pad. The Laktas Style Lak 150 Is The Industry Standard General Purpose Mesh. It Is Rated To Remove 99.9% Of 10 Micron Droplets With 1” Water Column Pressure Drop, Based On Air And Water At Ambient Conditions. We Have Developed Many Additional Mesh Styles To Tailor The Mist Eliminator Performance To Your Needs. With Commitment To Quality And Excellence, Specializing In Projects, We Work Closely With Our Customers To Meet Their Exact Requirements.

Laktas wire cloth is highly useful in filtration industries because it provides a reliable, durable, and customizable solution for separating solids from liquids or gases. Its precision, material strength, and adaptability contribute significantly to maintaining product quality, enhancing operational efficiency, and reducing overall filtration costs in various industrial sectors 1. Precise and Consistent Filtration: • Controlled Mesh Sizes: Laktas manufactures wire cloth with precise and uniform mesh openings. This allows for highly accurate filtration, ensuring that only particles of a specific size are removed, while desired materials pass through. This is crucial for industries where product purity and quality are paramount (e.g., food and beverage, pharmaceuticals, chemicals). • Wide Range of Micron Ratings: They can produce filter discs with sieve thicknesses ranging from 10 to 1000 microns, and wire mesh with various mesh sizes (e.g., 0-10 per inch for general industrial use, up to very fine meshes for ultra-fine filtration). This versatility caters to diverse filtration needs, from coarse screening to very fine separation of sub-micron particles. 2. Durability and Resistance: • Material Strength: Laktas wire cloth is primarily made from stainless steel (e.g., SS 304, SS 316), as well as other corrosion-resistant alloys. This provides high tensile strength, making the filters robust and capable of withstanding various impurities, fluctuating pressures, and extreme temperatures without compromising filtration accuracy or structural integrity. • Corrosion Resistance: The use of stainless steel and other suitable metals makes the wire cloth highly resistant to corrosion, which is vital in industries dealing with aggressive chemicals, acidic or alkaline liquids, or harsh environments. This extends the lifespan of the filter and reduces replacement costs. • Longevity: High-quality wire cloth is designed for durability and longevity, leading to reduced downtime for maintenance and replacements, thereby improving operational efficiency. 3. Versatility and Customization: • Diverse Applications: Laktas wire cloth is used in a wide range of filtration applications, including liquid filtration (e.g., in chemical, pigment, food, and pharmaceutical sectors), gas filtration, and separation processes. They also supply products like demister pads, which are specifically designed for efficient liquid and gas separation. • Customization: Laktas offers customization options for wire diameter, mesh openings, material types, and dimensions, allowing businesses to tailor filtration solutions to their specific requirements. This ensures optimal performance for unique filtration challenges. • Various Weave Types: They produce different weave types (e.g., plain weave, crimped wire mesh) to suit specific filtration needs, impacting strength, opening size, and flow characteristics. 4. Efficiency and Cost-Effectiveness: • Enhanced Flow Rate: The ability to customize wire diameter and mesh openings allows for optimal flow rates, maximizing the surface area for filtration and improving the efficiency of the filtration process. • Easy Cleanability: The precise pore openings in wire mesh filters help reduce blinding and plugging, making them easier to clean and maintain, which ensures sustained efficiency. • Long-Term Savings: Investing in durable and reliable Laktas wire cloth can lead to long-term cost savings by minimizing waste, improving product yield, and reducing maintenance and replacement expenses.

Demister Pad Manufacturer In India. We Have Developed Our Leading Position Through A Commitment To Customer Service, Technical Expertise, Product Innovation And A 'Can Do' Philosophy. Knitted Wire Mesh Mist Eliminators Are Sometimes Called Crinkled Wire Mesh Or Mesh Blankets. Laktas Has Manufactured Thick Pads Of Knitted Wire Mesh For Use In The Oil And Gas Industry Since 1990. Knitted Wire Mesh Is A Cost-Effective, Reliable Solution That Is Well Proven And It Continues To Be Used In Modern Equipment Designs Today. The Knitted Wire Media Provides Surface Area For Entrained Liquid Droplets To Strike, Adhere And Coalesce Into A Free Flowing Liquid Film Which Drains By Gravity. The Souders-Brown Equation, A Function Of Gas Velocity, Gas Density And Liquid Density, Is Used To Determine The Appropriate Flowing Velocity For A Given System. The Souders-Brown Equation Is: Where Vg = Design Gas Velocity K = Capacity Factor Pl = Liquid Density Pg = Gas Density The Capacity Factor Is Determined Through Experience And For Each Application. It Is Influenced By The Type And Style Of Mist Eliminator, The Relative Geometry Of Mist Eliminator To Vapor Flow, As Well As Process Considerations Such As Operating Pressure, Fluid Viscosities And Liquid Surface Tension. Typical Values Are 0.35 Ft/Sec For Vertical Flow And 0.42 Ft/Sec For Horizontal Flow, Assuming An Air Water System At Ambient Conditions.

As the original Indian Demister Pad manufacturer we have developed our leading position through a commitment to customer service, technical expertise, product innovation and a 'can do' philosophy. Laktas can offer the most comprehensive range of Demister Pad available anywhere in the world. We also specialise in mesh pressings and finished mesh products for the filtration and architectural markets, as well as supplying perforated sheets and alternatives to woven and welded wire. Demister Pad Is Also Call Mist Eliminator. Carryover Of Liquid Particulate Along With Gas Or Vapor Is Generally Termed As “ Mist” Or "Entrainment", Which Is Commonly Encountered In Gas-Liquid Separations. Mechanism Of Mist Eliminator / Demister Pad Mist Is A Generic Term For Entrainment, Where The Size Of Entrained Liquid Droplets Is Less Than 10um. When Mist Laden Vapors Passes Through The Knitted Wire Mesh The Vapors Moves Freely Through The Mesh But The Liquid Droplets, When Droplet Come In Contact With Knitted Mesh It Will Get Collected And They Collapse In Form Of Large Droplets Due To Gravity Force .