logo
vr
produits
EINZELHEITEN ZU DEN PRODUKTEN
Haus > Produits >
Conductive Anti-Static Needle Felt with PTFE Membrane for Hazardous Area Filtration
Produits

Spinnvlies-Filtermedien

Zellulose-Filtermedien

Nadelfilz

Filterpatronen mit Geflecht

Staub-Kollektor-Filtertüten

Flüssigkeitsfilterbeutel

Gasturbinen-Lufteinlassfilter

Lackierkabinenfilter

Laser-Rauchfilterpatrone

Batterie-Recycling-Staubabscheidefilter

Pharmazeutische Beschichtungsstaubabsaugung
Treten Sie mit uns in Verbindung
katrina@farrleey.com
+86 18721302231
Kontakt jetzt
Conductive Anti-Static Needle Felt with PTFE Membrane for Hazardous Area Filtration
  • Name

Conductive Anti-Static Needle Felt with PTFE Membrane for Hazardous Area Filtration

Zahlungsmethode: L/C, D/A, D/P, T/T, Western Union
Einzelheiten
Produkt-Beschreibung
Bewertungen & Rezensionen
Einzelheiten
Herkunftsort
China
Markenname
Farrtex
Zertifizierung
EN779, ISO16890
Modellnummer
MC-0011
Hervorheben:

Conductive Needle Felt

,

Anti-Static PTFE Membrane

,

PTFE Membrane Filter Media

Produkt-Beschreibung
Conductive Anti-Static Needle Felt | PTFE Membrane Filter Media for Hazardous Areas
Our advanced anti-static needle felt is engineered for critical filtration applications, integrating three core technologies: durable needle felt construction, permanent anti-static properties, and high-efficiency PTFE membrane filtration. The base material incorporates conductive elements for safety, which is then enhanced with a proprietary PTFE coating to improve performance without compromising static control.
Features & Characteristics
This specialized anti-static needle felt features conductive stainless steel microfibers evenly distributed within the polyester matrix, forming a reliable 3D network that prevents static buildup. The PTFE membrane adds a smooth, chemically resistant surface that promotes excellent dust release and achieves filtration efficiencies up to H13 class.
Key Advantages
  • Enhanced Safety: Permanent static prevention aligns with ATEX directives for explosive atmospheres
  • Extended Filter Life: PTFE membrane reduces depth loading, allowing thorough cleaning and prolonged service
  • Energy Savings: Low and stable pressure drop minimizes fan energy consumption
  • Versatile Application: Ideal for pharmaceutical, chemical, powder coating, and metal processing industries
Technical Specifications
Parameter Specification Standard
Model MC-0011 (Anti-Static Needle Felt) Farrtex®
Composition Polyester + Stainless Steel Wire + PTFE Membrane --
Weight 330 g/m² ISO 9864
Filtration Class F9 (EN 779) / E10-H13 (EN 1822) High Efficiency
Air Permeability 50 mm/s ISO 9237
Surface Resistance ≤10⁶ Ω IEC 62631-3-2
Max. Operating Temperature 130°C --
Frequently Asked Questions
Why choose an anti-static needle felt over standard filter media?
In environments with combustible dusts or powders, static electricity can spark explosions. Our anti-static needle felt incorporates conductive fibers to safely dissipate charges, ensuring compliance with safety regulations like ATEX.
How does the PTFE membrane improve filtration?
The membrane creates a smooth surface that traps particles externally, preventing deep clogging. This allows for effective pulse-jet cleaning, maintains airflow, and extends the life of the anti-static needle felt.
What industries benefit most from this media?
It is ideal for chemical processing, pharmaceutical manufacturing, powder coating recovery, and metal powder handling—any setting requiring both high efficiency and electrostatic safety.
Can this media withstand high temperatures?
Yes, with a maximum operating temperature of 130°C, the anti-static needle felt is suitable for hot processes like drying, calcination, or thermal spray operations.
Is the anti-static property permanent?
Absolutely. The conductive stainless steel wires are integrated during manufacturing, providing lifelong static control without degradation from cleaning or wear.
Bewertungen & Rezensionen

Gesamtbewertung

5.0
Basierend auf 50 Bewertungen für diesen Lieferanten

Rating-Schnappschuss

Die folgende Verteilung zeigt alle Bewertungen.
5 Sterne
100%
4 Sterne
0%
3 Sterne
0%
2 Sterne
0%
1 Sterne
0%

Alle Bewertungen

R
Ryan Phillips
Italy Sep 26.2025
Hilfreich (45)
Custom filters that fit perfectly. You really listened.
C
Charlotte
United Kingdom Aug 8.2025
Hilfreich (19)
Great product
A
Amanda Wilson
United States May 30.2025
Hilfreich (27)
Solved our dust challenge with a tailored solution.
Schlagworte: 

StaubFilterstoff,  

Stoff aus Staubfiltern,  

Stoff aus einem Staubfilter

Empfohlene Produkte
Erweitertes Filtrationsmaterial Aramid-Nichtgewebe für die Filtration von Zementöfenstaub Video

Erweitertes Filtrationsmaterial Aramid-Nichtgewebe für die Filtration von Zementöfenstaub

Kontakt jetzt
P84 Nichtgewebe für die Staubfiltration bei der Zementproduktion Video

P84 Nichtgewebe für die Staubfiltration bei der Zementproduktion

Kontakt jetzt
F9 E10-H13 Aramid-Luftfiltertuch mit 200 °C Betriebstemperatur und PTFE-Membran für Staubabscheider Video

F9 E10-H13 Aramid-Luftfiltertuch mit 200 °C Betriebstemperatur und PTFE-Membran für Staubabscheider

Kontakt jetzt
Hochwertige PPS-Staubfilter Medienlösungen für den Umweltschutz Video

Hochwertige PPS-Staubfilter Medienlösungen für den Umweltschutz

Kontakt jetzt
Polyester-Nadelfilter nicht gewebter PPS-Filterstoffmedien für die chemische Filtration Video

Polyester-Nadelfilter nicht gewebter PPS-Filterstoffmedien für die chemische Filtration

Kontakt jetzt
Hohe mechanische Festigkeit Polyester-Nadelfilter mit PTFE-Membranbehandlung für Staubsaugfilter Video

Hohe mechanische Festigkeit Polyester-Nadelfilter mit PTFE-Membranbehandlung für Staubsaugfilter

Kontakt jetzt
Flexible, hocheffiziente Nadelfelt aus nicht gewebtem Stoff Video

Flexible, hocheffiziente Nadelfelt aus nicht gewebtem Stoff

Kontakt jetzt
produits
EINZELHEITEN ZU DEN PRODUKTEN
Produits

Spinnvlies-Filtermedien

Zellulose-Filtermedien

Nadelfilz

Filterpatronen mit Geflecht

Staub-Kollektor-Filtertüten

Flüssigkeitsfilterbeutel

Gasturbinen-Lufteinlassfilter

Lackierkabinenfilter

Laser-Rauchfilterpatrone

Batterie-Recycling-Staubabscheidefilter

Pharmazeutische Beschichtungsstaubabsaugung
Conductive Anti-Static Needle Felt with PTFE Membrane for Hazardous Area Filtration
  • Name
Conductive Anti-Static Needle Felt with PTFE Membrane for Hazardous Area Filtration
Zahlungsmethode: L/C, D/A, D/P, T/T, Western Union
Einzelheiten
Produkt-Beschreibung
Einzelheiten
Herkunftsort
China
Markenname
Farrtex
Zertifizierung
EN779, ISO16890
Modellnummer
MC-0011
Zahlungsbedingungen:
L/C, D/A, D/P, T/T, Western Union
Hervorheben

Conductive Needle Felt

,

Anti-Static PTFE Membrane

,

PTFE Membrane Filter Media

Produkt-Beschreibung
Conductive Anti-Static Needle Felt | PTFE Membrane Filter Media for Hazardous Areas
Our advanced anti-static needle felt is engineered for critical filtration applications, integrating three core technologies: durable needle felt construction, permanent anti-static properties, and high-efficiency PTFE membrane filtration. The base material incorporates conductive elements for safety, which is then enhanced with a proprietary PTFE coating to improve performance without compromising static control.
Features & Characteristics
This specialized anti-static needle felt features conductive stainless steel microfibers evenly distributed within the polyester matrix, forming a reliable 3D network that prevents static buildup. The PTFE membrane adds a smooth, chemically resistant surface that promotes excellent dust release and achieves filtration efficiencies up to H13 class.
Key Advantages
  • Enhanced Safety: Permanent static prevention aligns with ATEX directives for explosive atmospheres
  • Extended Filter Life: PTFE membrane reduces depth loading, allowing thorough cleaning and prolonged service
  • Energy Savings: Low and stable pressure drop minimizes fan energy consumption
  • Versatile Application: Ideal for pharmaceutical, chemical, powder coating, and metal processing industries
Technical Specifications
Parameter Specification Standard
Model MC-0011 (Anti-Static Needle Felt) Farrtex®
Composition Polyester + Stainless Steel Wire + PTFE Membrane --
Weight 330 g/m² ISO 9864
Filtration Class F9 (EN 779) / E10-H13 (EN 1822) High Efficiency
Air Permeability 50 mm/s ISO 9237
Surface Resistance ≤10⁶ Ω IEC 62631-3-2
Max. Operating Temperature 130°C --
Frequently Asked Questions
Why choose an anti-static needle felt over standard filter media?
In environments with combustible dusts or powders, static electricity can spark explosions. Our anti-static needle felt incorporates conductive fibers to safely dissipate charges, ensuring compliance with safety regulations like ATEX.
How does the PTFE membrane improve filtration?
The membrane creates a smooth surface that traps particles externally, preventing deep clogging. This allows for effective pulse-jet cleaning, maintains airflow, and extends the life of the anti-static needle felt.
What industries benefit most from this media?
It is ideal for chemical processing, pharmaceutical manufacturing, powder coating recovery, and metal powder handling—any setting requiring both high efficiency and electrostatic safety.
Can this media withstand high temperatures?
Yes, with a maximum operating temperature of 130°C, the anti-static needle felt is suitable for hot processes like drying, calcination, or thermal spray operations.
Is the anti-static property permanent?
Absolutely. The conductive stainless steel wires are integrated during manufacturing, providing lifelong static control without degradation from cleaning or wear.
Schlagworte: 

StaubFilterstoff,

Stoff aus Staubfiltern,

Stoff aus einem Staubfilter

Schnelle Verbindung
Haus produits ÜBER US Video Neuigkeiten
Schnelle Kontaktaufnahme

Anschrift

1206, Chang Hui Building, Nr. 799 Yinxiang Road, Bezirk Jiading, Shanghai, China.

Tel.

86-187-21302231

E-Mail-Adresse

katrina@farrleey.com
Unser Newsletter
Abonnieren Sie unseren Newsletter für Rabatte und mehr.
Privacy policy |  Sitemap  | Gute Qualität Chinas Spinnvlies-Filtermedien Lieferant. Copyright-© 2024-2025 Farrleey Filtration Co,.Ltd. . Alle Rechte vorbehalten.