H.E.T. – Anke Schwebstofffilter industrial filter
≈ US$232.30
Grenzach-Wyhlen
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Seller's contacts
+49 7624 98...
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+49 7624 9889756
+49 170 81...
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+49 170 8106758
Germany 
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
Germany, Grenzach-Wyhlen
€250
≈ SLL 6,101,000
≈ US$290.30
Germany, Albershausen
Germany, Heidenheim
Germany, Heidenheim
Germany, Heidenheim
Germany, Heidenheim
Germany, Bitterfeld
Germany, Grossenaspe
Germany, Bruchsal-Büchenau
Germany, Heidenheim
Germany, Heidenheim
Germany, Heidenheim
Germany, Heidenheim
* Weight: about 30 kg
* Height (H): 61 cm
* Length (L): 60 cm
* Width (B): 30 cm
Type: HEPA filter
filter class: H13 according to EN1822
Airflow direction: Arrow markings present
* Weight: about 30 kg
Construction: Aluminum frame with grid surface
Origin: Germany
Type: HEPA filter
filter class: H13 according to EN1822
* Application area: Ventilation technology, pharmaceuticals, cleanrooms, industrial plants
* Width (B): 30 cm
* Height (H): 61 cm
* Length (L): 60 cm
Airflow direction: Arrow markings present
Construction: Aluminum frame with grid surface
Origin: Germany
The offered H.E.T. Anke particulate filter This is a robust and high-performance solution for cleanroom, laboratory, or industrial ventilation systems. With its compact design and solid metal frame construction, it is ideally suited for high-performance filtration. The used module is fully functional and has been professionally dismantled. The system consists of the parts shown in the pictures.
Advantages:
- Effective filtration: Ideal for separating the finest particles from the air
- Industrial quality: High-quality workmanship, durable and reliable
- Compact dimensions: Flexible integration into existing systems
- Resource-efficient: Reuse saves CO₂ and costs
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2. General functions
- HEPA/ULPA filter for air purification systems
- Robust aluminum/steel frame
- Filter class (according to label): H13
- Manufacturer: H.E.T. – Anke
- Application areas: Ventilation technology, pharmaceuticals, cleanrooms, industrial plants
- Airflow direction indicated
- Weight: approx. 30 kg
- Dimensions:
- Height (H): 61 cm
- Length (L): 60 cm
- Width (B): 30 cm
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3. CO₂ savings
Reusing this high-performance filter saves on the production of a new filter. This corresponds to approximately... 300 – 500 kg CO₂, depending on the material mix and manufacturing process.
This is comparable to the CO₂ emissions of a Average cars over a 2,000 km journey.
* Gewicht: ca. 30 kg
* Höhe (H): 61 cm
* Länge (L): 60 cm
* Breite (B): 30 cm
Typ: Schwebstofffilter
Bauweise: Aluminiumrahmen mit Gitteroberfläche
Herkunft: Deutschland
Filterklasse: H13 nach EN1822
Luftstromrichtung: Pfeilkennzeichnung vorhanden
Der angebotene H.E.T. Anke Schwebstofffilter ist eine robuste und leistungsstarke Lösung für Reinraum-, Labor- oder industrielle Lüftungssysteme. Mit einer kompakten Bauform und solider Metallrahmenkonstruktion ist er ideal für Hochleistungsfiltration konzipiert. Das gebrauchte Modul ist voll funktionsfähig und wurde fachgerecht demontiert. Die Anlage besteht aus den Teilen, die in den Bildern zu sehen sind.
Vorteile:
- Effektive Filtration: Ideal zur Abscheidung feinster Partikel aus der Luft
- Industriequalität: Hochwertige Verarbeitung, langlebig und zuverlässig
- Kompakte Maße: Flexibel integrierbar in bestehende Systeme
- Ressourcenschonend: Wiederverwendung spart CO₂ und Kosten
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2. Allgemeine Funktionen
- Schwebstofffilter für Luftreinigungssysteme (HEPA/ULPA Kategorie)
- Robuster Aluminium-/Stahlrahmen
- Filterklasse (laut Etikett): H13
- Hersteller: H.E.T. – Anke
- Einsatzbereich: Lüftungstechnik, Pharma, Reinraum, Industrieanlagen
- Luftstromrichtung gekennzeichnet
- Gewicht: ca. 30 kg
- Maße:
- Höhe (H): 61 cm
- Länge (L): 60 cm
- Breite (B): 30 cm
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3. CO₂-Einsparung
Durch die Wiederverwendung dieses Hochleistungsfilters wird die Produktion eines neuen Filters eingespart. Das entspricht ca. 300 – 500 kg CO₂, abhängig vom Materialmix und Herstellungsprozess.
Das ist vergleichbar mit dem CO₂-Ausstoß eines Durchschnittsautos auf 2.000 km Fahrt.