Nonwoven Fiberglass Filter Bag
Nonwoven Fiberglass Filter Bag
Nonwoven Fiberglass Filter Bag
Nonwoven Fiberglass Filter Bag
Nonwoven Fiberglass Filter Bag
Nonwoven Fiberglass Filter Bag

Item specifics

Material
100% Fiberglass
Weight
850 gsm
Continous Temperature
240
Peak Temperature
260

Review

Description

Introduction

Key Features

>High-Temperature Resistance – Can withstand continuous temperatures up to 260°C (500°F), with short-term exposure up to 300°C (572°F).
>Excellent Chemical Resistance – Resists acids, alkalis, and oxidation, making it suitable for corrosive gas filtration.
>Low Thermal Shrinkage – Maintains dimensional stability under high temperatures.
>High Filtration Efficiency – Captures fine dust particles while maintaining good airflow.
>Good Mechanical Strength – Reinforced with PTFE or other coatings to enhance abrasion resistance and durability.
>Long Service Life – With proper coatings and treatment, fiberglass filter bags can last longer than synthetic fiber filter bags.
>Customizable Surface Treatments – Available with PTFE membranes, acid-resistant coatings, or graphite coatings to enhance performance in specific environments.

Technical Specification

Name/Quality
Fiberglass
Component
Shell Fiber
Fiberglass
Scrim
Fiberglass
Weight
850 gsm±5%
Thickness
2.5±0.2mm
Tensile Strenth N/5*20cm
Lenghth
≥1800
Cross
≥1800
Elongation at Break/%
Lenghth
≤10
Cross
≤10
Temperature/℃
Continue
240
Peaks
260
Finish
Heat Stabilization, Glaze, Singe

Applilcation

>Cement & Lime Industry – Captures kiln dust and clinker dust.
>Coal-Fired Power Plants – Filters fly ash and flue gas emissions.
>Steel & Metal Processing – Controls dust and fumes from smelting and metal refining.
>Waste Incineration Plants – Handles high-temperature, corrosive gases.
>Chemical & Petrochemical Plants – Filters gas streams containing acids, hydrocarbons, and solvents.

Physical Characteristics of Filter Bag Material

Material
Weight/gsm
Thickness/mm
Continuous Temperature
Peak Temperature
Polyester
550
2.0±0.15
130
150
Polypropylene
550
2.0±0.15
80
100
Fiberglass
850
2.5±0.2
240
260
Acrylic
550
2.0±0.15
130
150
Nomex
550
2.0±0.15
190
210
PPS
550
2.0±0.15
160
190
PTFE
800
1.2±0.15
240
260
P84
550
2.0±0.15
260
280

Chemical Characteristics of Filter Bag Material

Material
Hydrolysis Resistance
Acid Resistance
Alkali Resistance
Oxidation
Polyester
Poor
Moderate
Poor
Good
Polypropylene
Excellent
Excellent
Excellent
Poor
Fiberglass
Good
Good
Poor
Excellent
Acrylic
Excellent
Excellent
Excellent
Poor
Nomex
Moderate
Moderate
Moderate
Good
PPS
Excellent
Excellent
Excellent
Moderate
PTFE
Excellent
Excellent
Excellent
Excellent
P84
Good
Good
Moderate
Good