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316L Stainless Steel Filter Bag Cage for Dust Collectors

316L Stainless Steel Filter Bag Cage for Dust Collectors

316L Stainless Steel Filter Bag Cage for Dust Collectors
316L Stainless Steel Filter Bag Cage for Dust Collectors316L Stainless Steel Filter Bag Cage for Dust Collectors316L Stainless Steel Filter Bag Cage for Dust Collectors316L Stainless Steel Filter Bag Cage for Dust Collectors316L Stainless Steel Filter Bag Cage for Dust Collectors316L Stainless Steel Filter Bag Cage for Dust Collectors
CategoriesFilter Bag Cage and Support
BrandChity
Model316 Stainless Steel
Material316L Stainless Steel
VenturiCustomized
Wire Diameter3.0/3.2/3.5/4.0mm
Number of RibsCustomized
Update TimeMay 1,2025
Detail Information

Introduction

Filter Bag Cage

Description

A corrosion-resistant support structure for dust collector filter bags, made of 316 stainless steel (16-18% Cr, 10-14% Ni, 2-3% Mo) to withstand acidic, chloride-rich, or high-temperature environments (up to 450°C). Offers superior mechanical strength and durability for abrasive applications, ensuring stable performance in industries like chemical plants, incinerators, and marine settings. 

Key Features

>Cost-Effective Durability‌ 
– Austenitic structure (18-20% Cr, 8-10.5% Ni) balances affordability with moderate corrosion resistance for mildly acidic/dusty environments.
>Basic Corrosion Resistance‌ – Handles non-chloride, low-corrosion settings (pH 3-8) but avoids chloride-rich/coastal applications to prevent pitting.
>Thermal Stability (≤400°C)‌ – Stable for continuous use up to 400°C; avoid prolonged exposure to sulfides/high moisture.
>Abrasion-Resistant Design‌ – Cold-rolled surface resists dust abrasion, supporting pulse-jet cleaning cycles without deformation.
>Lightweight & Recyclable‌ – Lower density (7.93 g/cm³) vs. carbon steel, reducing energy use; 100% recyclable for sustainability.
Filter Bag Cage
Filter Bag Cage

Limitations

>Chloride Vulnerability‌ – Prone to pitting/crevice corrosion in chloride-rich environments (e.g., coastal/chemical plants), limiting use in marine or desulfurization settings.
>Reduced High-Temp Strength‌ – Carbide precipitation (450°C+) degrades corrosion resistance; unsuitable for sustained high-sulfur/moisture flue gas.
>Lower Mechanical Toughness‌ – Yield strength (~205 MPa) underperforms vs. 316/2205 grades in heavy-abrasion or high-pressure pulse-jet systems.
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If you would like to form a partnership with Chengtai, please fill out our Become a Partner form. Our dealership management team will contact you to discuss further cooperation one-on-one.
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