Hv Composite High Efficiency Filter

Product Details
Customization: Available
Clapboard: with Clapboard
Filter Number: 1
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Registered Capital
10000000 RMB
Plant Area
>2000 square meters
  • Hv Composite High Efficiency Filter
  • Hv Composite High Efficiency Filter
  • Hv Composite High Efficiency Filter
  • Hv Composite High Efficiency Filter
  • Hv Composite High Efficiency Filter
  • Hv Composite High Efficiency Filter
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Basic Info.

Model NO.
HV
Medium Material
Nylon Mesh
Efficiency
F9
Filtration Grade
HEPA Filter
Type
Folded Filter
Filter Element Life
Coarse Efficiency 1-2month
Filter Element Life2
Medium Efficiency 2-4month
Filter Element Life3
High Efficiency 6-12month
Rated Airflow Volume
3600m3/H
Transport Package
Carton
Specification
295*595*295
Trademark
Shiny-greenspace
Origin
China
HS Code
842199900
Production Capacity
100000/Year

Product Description

In the air filtration industry, there are numerous standards for classifying, identifying, and evaluating the various performance characteristics of air filters.

In the United States, the organization responsible for setting these standards is ASHRAE. Since 1968, ASHRAE has released a series of test standards for air filters, which have been recognized by the American National Standards Institute (ANSI) as the benchmark for filter performance classification.

Hv Composite High Efficiency Filter
Hv Composite High Efficiency FilterHv Composite High Efficiency FilterIn Europe, reference was made to ASHRAE standards, and CEN formally released the European filter standard EN 779 in 2012. In 2012, EN779 was revised for the second time, and the new standard defined the minimum filtration efficiency (ME) for F7-F9 efficiency filters, thus ensuring better air quality at the AHU outlet.
Hv Composite High Efficiency FilterHv Composite High Efficiency FilterHv Composite High Efficiency Filter
At the same time, to support the selection of energy-efficient air filters, EUROVENT (the European Association of Manufacturers of Refrigeration, Air Conditioning and Heat Pumping Equipment) developed the "Eurovent 4/11" guidelines in 2012 and upgraded it in 2015. The guideline is based on the EN 779:2012 standard for energy consumption calculation and is classified according to energy consumption. This tool enables us to select high-efficiency filters based on the standard and ensure lower energy consumption, providing the best solution for users.

In 2016, the ISO 16890 standard was introduced, providing the possibility of global standardization in the air filtration industry and replacing the existing two regional standards: ASHRAE 52.2 and EN779:2012.

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