Name: PPS Filter Bag
Brand: Sffiltech
Price: 60.0 USD
Availability: InStock
Rating: 5 (19 reviews)

product detail

PPS Filter Bags for Industrial Dust Collection and Baghouse Applications

PPS filter bags are polyphenylene sulfide dust collector bags for selected industrial baghouse and flue gas filtration applications. They are commonly reviewed when temperature, acidic gas, moisture, oxygen level, dust behavior, cleaning method, and cage condition all need to be considered together.

What Are PPS Filter Bags?

PPS filter bags are industrial filter bags made with polyphenylene sulfide media, commonly supplied as needle punched felt and fabricated into sewn or welded baghouse filter bags. PPS media may be reviewed for selected coal-fired boiler, cement kiln, waste incineration, biomass boiler, dryer, chemical process, and power plant dust collection points after condition review.

PPS Material Overview

PPS is often considered where common lower-temperature media are not suitable for the operating environment. Possible finishing choices include singeing, calendaring, heat setting, water and oil repellent treatment, PTFE impregnation, PTFE membrane lamination, or anti-static construction when the project requires it. Temperature and chemical limits should be confirmed in the specification review.

Selection Guide

Review normal temperature, peak temperature, oxygen level, moisture, acid gas, alkali exposure, and condensation risk.
Check dust particle size, abrasiveness, stickiness, oil content, and cleaning intensity.
Confirm collector design, air-to-cloth ratio, existing failure mode, and filter cage fit.
Compare PPS with PTFE filter bags, P84 filter bags, aramid, fiberglass, or other media when the operating condition requires it.

When PPS May Not Be Suitable

PPS may not be suitable where oxidizing conditions are too strong, moisture or acid dew point is not controlled, peak temperature exceeds the selected media range, dust abrasion is severe, or another filter media gives a safer application fit.

Quotation Prompt

For review, send bag size, top and bottom construction, operating conditions, dust details, cleaning method, cage information, quantity, and drawings or photos if available.

Specifications

PPS Filter Bag Specification Reference

The following information is for project review and specification discussion. Final media selection depends on the confirmed operating conditions and supplier review.

Item	Conservative reference
Material	PPS / polyphenylene sulfide filter media.
Media construction	Needle punched felt, with sewn or welded bag construction according to collector design.
Common weight references	Existing PPS project references often include 450, 500, 550, and 600 gsm; confirm by drawing, dust load, and application.
Finish options	Singeing, calendaring, heat setting, water and oil repellent treatment, PTFE impregnation, PTFE membrane, or anti-static treatment where required.
Temperature boundary	General reference temperature values are often around 160–190°C continuous service, but actual limits depend on media specification, oxygen level, moisture, chemical exposure, cleaning method, and supplier confirmation.
Chemical and moisture review	Check acid gas, alkali exposure, solvents, hydrolysis risk, oxidation risk, condensation, acid dew point, and dust chemistry before final selection.
Size references	Diameter and length should match the dust collector tube sheet, cage size, and cleaning design.
Top construction	Snap band, flange, ring, raw edge, or other collector-specific top design after measurement confirmation.
Bottom construction	Disc bottom, reinforced bottom, wear-resistant bottom, or custom bottom according to collector and cage condition.

Media Comparison Notes

Media	General selection note
Polyester	Often reviewed for lower temperature dry dust collection; check hydrolysis and temperature limits.
Aramid	Often reviewed for dry higher temperature applications; check acid gas and moisture.
PPS	Commonly reviewed for selected flue gas applications; check oxidation, moisture, acidic gas, and peak temperature.
PTFE	Often reviewed where stronger chemical or temperature resistance is required; check cost, abrasion, and construction.
P84	Often reviewed for higher temperature and fine dust applications; check chemistry, moisture, and filtration design.

Application

PPS Filter Bag Application Notes

PPS may be considered for selected flue gas filtration and industrial baghouse systems after application review. It should not be selected only by industry name; the actual process position and working conditions decide whether PPS is a suitable media candidate.

Coal-fired boilers and power plant baghouses: review oxygen level, acid gas, moisture, fly ash behavior, temperature peaks, and cleaning intensity.
Cement kilns and selected cement plant dust collection points: review dust abrasion, alkali exposure, temperature variation, moisture, and process location.
Waste incineration and biomass boiler systems: review gas chemistry, moisture, oxidation risk, ash behavior, and peak temperature before material selection.
Dryers, asphalt, and medium to high temperature dust collection: review sticky dust, oil content, thermal peaks, and cleaning method.
Chemical process dust collection: review acid, alkali, solvent exposure, condensation risk, and compatibility with the selected finish.

When Another Media May Be Better

PTFE, P84, fiberglass, aramid, polyester, acrylic, or another media may be reviewed when oxidation, chemical exposure, peak temperature, abrasion, moisture, or filtration target is outside the selected PPS media range.

Download

FAQ

PPS Filter Bag FAQ

What information is needed before choosing PPS filter bags?

Review temperature, oxygen level, moisture, gas chemistry, dust type, cleaning method, air-to-cloth ratio, bag dimensions, top and bottom construction, and filter cage condition.

What temperature range should be reviewed for PPS?

PPS is usually discussed within a medium to high temperature baghouse range, but the usable range is not fixed by material name alone. The specification section should be checked together with oxygen, moisture, chemical exposure, cleaning method, and supplier confirmation.

When may PPS not be suitable?

PPS may not be suitable under strong oxidizing conditions, uncontrolled moisture or condensation, incompatible gas chemistry, excessive peak temperature, severe abrasion, or collector conditions that require another media.

How should PPS be compared with PTFE, aramid, or fiberglass?

PPS, PTFE, aramid, fiberglass, and P84 fit different temperature, moisture, chemistry, abrasion, and budget profiles. The choice should be made after reviewing operating data rather than by material name alone.

Can PPS filter bags be used in cement or power plant baghouses?

PPS may be reviewed for selected cement or power plant baghouse points, but suitability depends on process position, oxygen level, moisture, gas chemistry, dust abrasion, and operating temperature.

What should be included in a PPS filter bag RFQ?

Send bag diameter, bag length, top construction, bottom construction, media weight or sample if known, finish requirement, normal and peak temperature, gas chemistry, dust type, cleaning method, cage size, quantity, destination country, and drawings or photos. For replacement work, use the filter bag measurement guide and the filter bag RFQ checklist.