Gas Liquid Knitted Mesh Filter Demister Featuring Durable Non-Metal Plastic Options

Product Description

Product Description

HIGH-PERFORMANCE GAS LIQUID FILTER MESH
 
Engineered for precision separation, our Gas Liquid Filter Mesh — also known as a Wire Mesh Mist Eliminator, Mesh Pad Demister, or Knitted Wire Mesh Separator — delivers exceptional performance in capturing and removing liquid droplets from gas streams.
 
Designed to efficiently eliminate droplets as small as 2–5 μm in diameter, this wire mesh separation element is the trusted solution for industrial separation towers, distillation columns, and spray towers worldwide. 

Specification

Product Name	Gas Liquid Filter Mesh
Keywords	Wire Mesh Mist Eliminator
Aliases	Demister Pad, Knitted Wire Mesh Separator
Material Options	SS, Monel, Titanium, PP, PVC, PE, PTFE
Primary Function	Gas-Liquid Separation & Mist Elimination
Droplet Capture Size	≥ 2–5 μm diameter liquid droplets
Anti-Corrosion	Yes – multi-material corrosion resistance
Applicable Media	Acid, Alkali, Hydrocarbon, Steam, Air
Structure Type	Knitted Wire Mesh / Woven Mesh Pad
Configuration	Flat Pad, Roll Form, Custom Shape
Installation Type	Horizontal / Vertical vessel installation
Pressure Drop	Low pressure drop across mesh element
Void Fraction	High void ratio for max gas throughput
Operating Temp	Varies by material (up to 500°C for SS)

Detailed Pictures

EXCEPTIONAL ANTI-CORROSION PERFORMANCE
 
Constructed from corrosion-resistant materials including stainless steel, Monel, titanium, PTFE, PP, PVC, and PE, the mesh pad is fully compatible with aggressive chemicals, acidic/alkaline environments, and high-humidity conditions — ensuring reliable, long-term performance.

WIDE RANGE OF MATERIAL OPTIONS
 
With material choices spanning metallic alloys to engineering plastics, our gas-liquid filter mesh can be precisely matched to your operating medium, temperature range, and chemical compatibility requirements — from standard stainless steel to high-spec Monel or PTFE variants.

VERSATILE STRUCTURAL CONFIGURATIONS
 
Available as flat pads, roll-formed mesh, or custom-shaped wire mesh separation elements, the product adapts seamlessly to a variety of vessel geometries, including separation towers, distillation columns, and spray towers.

EASY INSTALLATION & LOW MAINTENANCE
 
The knitted wire mesh pad design allows for straightforward installation within existing equipment without major structural modifications, while the open mesh structure resists clogging and simplifies routine inspection and cleaning.

HIGH VOID FRACTION & LOW PRESSURE DROP
 
The optimized knitted mesh structure provides a high void ratio, enabling maximum gas flow throughput while maintaining a minimal pressure drop across the separator — improving overall system energy efficiency.

CORE APPLICATIONS & INDUSTRIES

Distillation Towers & Columns
Widely installed inside distillation towers as a Wire Mesh Mist Eliminator for Distillation Towers, the mesh pad separates entrained liquid droplets from rising vapor streams, improving distillation purity, protecting downstream equipment, and optimizing column efficiency.
 
Spray Towers & Wet Scrubbers Used as a Wire Mesh Demister Pad for Spray
Towers, the mesh separation element captures fine mist and droplets generated during wet scrubbing processes, preventing liquid carryover into clean gas outlets and ensuring regulatory compliance.
 
Chemical & Petrochemical Processing
In chemical reactors, absorbers, and gas-liquid contactors, the gas-liquid separator mesh efficiently removes entrained liquid phases from process gas streams, protecting compressors, heat exchangers, and downstream instrumentation from liquid damage.

Company Profile

FAQ

Q1. Who are we? 
A: We are based in Hebei, China, start from 2015, sell to Mid East(15.00%), North America(15.00%), Central America(11.00%), Northern Europe(11.00%), South Asia(10.00%), Southeast Asia(10.00%), Eastern Asia(10.00%), Western Europe(6.00%), Domestic Market(5.00%), Eastern Europe(3.00%), Southern Europe(2.00%). There are about 201-300 people in our office.

Q2. What can you buy from us?
A: Demister Pad, Knitted wire mesh, gas-liquid filter mesh, compressed gasket

Q3. Why should you buy from us?
A: Deeply engaged in the field of DEMISTER PAD, gas-liquid filter screen elements for more than 13 years of experience.

Q4. How can we guarantee quality?
A: Always a pre-production sample before mass production
Always final Inspection before shipment

Q5. What is a Knitted Wire Mesh Gas-Liquid Filter?
A: It is a high-efficiency filter element made of knitted wire mesh, used for gas-liquid separation, demisting, and foam breaking.

Q6. What materials are available?
A: Stainless steel 304, 316L, Monel, Hastelloy, and other corrosion-resistant alloys.

Q7. What are the main advantages?
A: High separation efficiency, low pressure drop, high temperature resistance, strong corrosion resistance, and long service life.

Q8. What is it mainly used for?
A: Removing liquid droplets, mist, and foam from gas streams in towers, pipelines, and vessels.

Q9. What types do you offer?
A: Knitted mesh pads, cartridges, cylinders, panels, and custom-shaped filters.

Q10. What temperature range can it withstand?
A: Up to 400-600°C depending on material.

Q11. Is it easy to install and clean?
A: Yes, simple structure, easy installation, and reusable after cleaning.

Q12. Can you customize the size and shape?
A: Yes, OEM & ODM for diameter, thickness, shape, and material.

Q13. What industries use it?
Oil&gas, petrochemical, refining, natural gas, pharmaceutical, environmental protection.

Q14. Factory or Trading company?
A: OEM factory 

Q15.What's the MOQ?
A: The MOQ is 1 cubic meter or 1 ton. The price will be higher if the quantity is less than 1 cubic meter or 1 ton.

Q16. What are the terms of payment?
A: T/T, L/C at sight

Q17. What's the delivery time?
A: About 3-7 days after receiving the T/T deposit.

Q18. Can you provide free samples?
A: Yes, the sample will be free within 0.5 kg, but the freight will be negotiated.

19. Do you test before shipment?
A: Yes, pressure, permeability, and dimension inspection before delivery.