Efficient Filter Bag for Power Plants Needle Technology Design

Product Description

High-performance filter bag, filter cloth

We specialize in the design and manufacturing of a comprehensive range of baghouse filter media, filter bags, and filter cages. Our selection of premium fiber materials includes aramid, PPS, P84, PTFE, fiberglass, polyester, acrylic, and polypropylene, ensuring durability and efficiency. Additionally, we offer expert baghouse maintenance and upgrade services to enhance your system's performance.

Specification

Applications

·Aokai proudly serves over 10,000 customers around the globe, catering to a diverse array of industries. Our extensive expertise in dust control solutions spans sectors such as power generation, cement production, non-ferrous metals, and waste incineration.
·Our dedicated team crafts tailored filtration solutions based on unique operational requirements, including environments characterized by high humidity, intense corrosion, or extreme temperatures. This bespoke approach guarantees dependable and efficient dust collection performance, even in the most demanding industrial settings.

Core Competency — Custom Manufacturing

4,000,000 m2 Annual Filter Media Production

3,000,000 pcs Annual Filter Bag Production

2,000,000 m Annual Cage Production

Aramid filter bag

PPS filter bag

PTFE filter bag

Technical Specifications

Fibre types	Weight	Continuous temperature	Peak Temperature
PE	450-600	130ºC	150ºC
PAC	500-550	125ºC	150ºC
pps	500-650	160ºC	190ºC
Aramid	400-600	204ºC	250ºC
PTFE	700-800	240ºC	260ºC
P84	500-550	240ºC	260ºC
GL	500-900	240ºC	260ºC

Filter Bag Types and Application of Aokai Environtec

The diverse range of fibers we employ imparts unique dust filtration characteristics to each media. Our filter media can undergo additional treatments to enhance filtration efficiency and performance, such as prolonging the media life cycle, improving dust cake release, minimizing valve pulsing, ensuring consistent airflow, reducing differential pressure, and decreasing downtime and maintenance.

Fiber Types	Product Code	Continuous Temperature	Peak Temperature	Application	Remark
Polyester	PE	130ºC	150ºC	Applicable to mine, limestone, cement, iron and steel industries, alumina delivery, electrolytic aluminum, non-ferrous metal production, wood processing and pharmacy industry.	Good resistance to oxidation, while limited resistance to acids and alkalis. Service life will be affected by hydrolysis at high temperature.
Polyacrylnitrile	PAC	125ºC	150ºC	Applicable to detergent, spray dryer, coal mill and power plant industries.	Good resistance to hydrolysis.
Homo polymer
Polypropylene	PPS	160ºC	190ºC	Applicable to the working conditions with low-oxidation gas from coal-fired boiler, waste incineration, metal smelting, and chemical industries.	Moderate resistance to oxidation, but excellent resistance to acids, alkali's and hydrolysis.
m-Aramide	Nomex / Conex	204ºC	240ºC	Applicable to asphalt, non-ferrous metal production, ceramic, glass industries , cement, and blast furnace in steel factories.	Service life will be affected by hydrolysis at high temperature.
Polyimide	PI / P84	240ºC	260ºC	Applicable to the working conditions with corrosive gas, such as chemical, metal smelting, waste incineration industries, cement kiln and coal-fired boiler.	Excellent resistance to high peak temperature.
Polytetrafluoroethylene	PTFE	240ºC	260ºC	Applicable to the working conditions with high-corrosive gas, such as chemical, metal smelting, waste incineration industries, cement kiln and coal-fired boiler.	Excellent resistance to all chemical influences.
Fiberglass	GL	240ºC	260ºC	Applicable to cement kiln filter, power plants, municipal waste incinerators.	Excellent resistance to oxidation.
					Sensitive to mechanical stress.

Core Competency — Full-Process Quality Control

From the meticulous selection and assessment of suppliers, through raw material inspection and warehousing, to the stages of filter media production, prototype evaluation, and mass production, we enforce stringent in-process and full-process controls to guarantee exemplary and consistent product quality.

Company Profile

Jiangsu Aokai Environmental Technology Co., Ltd.

Our company focus on the industrial high-temperature flue gas dust filtration, integrated research and development, production and service of high-performance filtration material, committed to the production and manufacturing of polyester, aramid, acrylic , PPS, PTFE and other filter material.

Why Choose Us?

Core Competency — R&D Capability Advanced Laboratory

R&D Capability

Custom Design

Flexible Supply Chain

Custom Manufacturing

Full-Process Quality Control

Life-Cycle Customer Service

Our advanced laboratory is equipped with state-of-the-art testing equipment and devices for raw material inspection, media selection, comprehensive production inspection, and the development of new products.

FAQ

Q1. What is your terms of payment?
A: T/T is typically accepted, with details open to negotiation.

Q2. What are your terms of delivery?
A: We offer delivery terms such as FOB, CIF, CFR, DAP, DDU.

Q3. How about your delivery time?
A: Generally, our delivery timeframe is 10 to 15 days post-receipt of a 30% deposit. The exact delivery time is contingent upon the specifics and quantity of your order.

Q4. What is your sample policy?
A: We provide complimentary samples, though the cost of freight is not included.

Q5. Can you produce according to the samples?
A: Absolutely! We specialize in producing items tailored to your samples or technical drawings. Our expertise allows us to meticulously craft molds and fixtures, ensuring a perfect match to your specifications.

Q6. Do you test all your goods before delivery?
A: Yes, indeed! We pride ourselves on conducting thorough, 100% quality testing on all our products before they are dispatched, guaranteeing excellence and reliability every step of the way.

Q7. How do you choose the right material for a filter bag that offers excellent value for money?
Choosing the ideal filter material for a dust collector filter bag involves understanding its unique characteristics and parameters. To make an informed decision, consider the following crucial factors:
(1) Working Temperature: Essential for determining material resilience and suitability.
(2) Humidity: Impacts the filter's performance and longevity.
(3) Dust Diameter: Critical for assessing filtration effectiveness.
(4) Gas' Chemical Properties: Influences material compatibility and durability.
(5) Dust Abrasiveness: Affects the wear and tear resistance of the filter.
(6) Filter's Mechanical Parameters: Key for ensuring structural integrity and efficiency.