Stainless Steel de mister pads High Efficiency For Chemical Industry Gas Liquid Separation
| Place of Origin | Hebei Province,China |
|---|---|
| Brand Name | Luo Jie |
| Certification | ISO 9001:2015 |
| Model Number | LJ-14 |
| Minimum Order Quantity | 10 PCS |
| Price | $29-86/set |
| Packaging Details | Wooden cases,Wooden Pallet,steel pallet |
| Delivery Time | 7-20days according to the quantity |
| Payment Terms | L/C,T/T |
| Supply Ability | 10000 ㎡ 7 days |
Product Details
| Product Name: | Demister Pad / Mist Eliminator | Key Words: | Demister Pad, Stainless Steel Mist Eliminator, PP Demister, PTFE Mist Eliminator |
|---|---|---|---|
| Material: | Stainless Steel (304/316/316L) / PP / PTFE | Type: | Knitted Mesh / Woven Mesh / Vane Type (Customizable) |
| Separation Efficiency: | ≥98% (for 3-5μm Droplets) | Pressure Drop: | ≤500 Pa (at Design Velocity) |
| Operating Temperature: | -20℃-120℃ (PP), -20℃-260℃ (Stainless Steel), -20℃-280℃ (PTFE) | Application: | Chemical, Petrochemical, Pharmaceutical, Natural Gas, Power Plant |
| Highlight: | stainless steel de mister pads,gas de mister pads,gas mist eliminator pads |
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Product Description
Stainless Steel Demister Pad High Efficiency for Chemical Industry Gas-Liquid Separation
Product Description:
A Demister Pad, also known as a Mist Eliminator, is a critical component designed to remove entrained liquid droplets from gas streams in various industrial processes. Our Demister Pads are available in multiple materials (Stainless Steel, PP, PTFE) and structures (knitted mesh, woven mesh, vane type), ensuring optimal performance across diverse operating conditions. With a separation efficiency of ≥98% for 3-5μm droplets and a pressure drop of ≤500 Pa, they are widely recognized as a reliable solution for industries like chemical, petrochemical, pharmaceutical, and natural gas processing.
Specification Table:
| Item | Parameter |
|---|---|
| Material | Stainless Steel (304/316/316L), PP, PTFE |
| Separation Efficiency | ≥98% (3-5μm droplets) |
| Pressure Drop | ≤500 Pa (at Design Velocity) |
| Operating Temperature | -20℃-120℃ (PP), -20℃-260℃ (Stainless Steel), -20℃-280℃ (PTFE) |
| Mesh Density | 100-600 GSM (Customizable) |
| Type | Knitted Mesh, Woven Mesh, Vane Type |
Features & Advantages:
Material Versatility:Available in Stainless Steel (304/316/316L) for general corrosion resistance, PP for strong chemical resistance (especially against acids and alkalis), and PTFE for extreme temperature and corrosion resistance (suitable for -20℃-280℃). A chemical plant in Germany replaced their PP demister pads with our PTFE type, which has been operating flawlessly in a 250℃ environment for over 2 years.
High Separation Efficiency:Our knitted mesh demister pads achieve ≥98% separation efficiency for 3-5μm liquid droplets, significantly reducing liquid carryover. In a natural gas processing plant in Texas, our product reduced droplet content from 1000mg/Nm³ to less than 10mg/Nm³, meeting strict pipeline specifications.
Low Pressure Drop:Designed with optimized mesh structure, our demister pads ensure a pressure drop of ≤500 Pa at design velocity, minimizing energy consumption.
Customization Capability:We offer customized mesh density (100-600 GSM), type (knitted, woven, vane), and dimensions to fit any vessel size.
Production Process:
Raw Material Preparation:High-quality raw materials are sourced, including 304/316 stainless steel wires, food-grade PP granules, and virgin PTFE resin. Each batch undergoes chemical composition analysis to ensure compliance with standards.
Mesh Weaving/Knitting:For knitted mesh, stainless steel or PP/PTFE wires are knitted into interlocking patterns by advanced looms. For woven mesh, wires are woven into precise grids. Vane-type demisters are formed by bending and assembling metal plates.
Forming & Cutting:The woven/knitted mesh is cut into specified dimensions and formed into pads. Vane-type demisters are assembled into modules according to design drawings.
Quality Inspection:Each demister pad undergoes multiple tests, including separation efficiency testing (using a mist generator), pressure drop testing, and material thickness measurement. Only products meeting our strict quality criteria (≥98% efficiency, ≤500 Pa drop) are approved for shipment.
Packaging:Products are packaged in wooden cases or cartons with moisture-proof and shock-proof materials to ensure damage-free transportation.
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