Polypropylene Laminate Media Roll

Takaitaccen Bayani:

G4 blue/fari/baki kafofin watsa labarai laminated waya raga

Ta hanyar sannu-sannu tsarin masana'anta boye-boye don gane ƙarancin juriya na farko, babban aikin ƙura mai riƙewa. Ana iya amfani da shi don yin tacewa mai laushi bayan an lakafta ragamar waya.

 

 

 


Cikakken Bayani
Tags samfurin

Roba polypropylene laminate kafofin watsa labarai yi

Bayanin Samfura

Aikace-aikace:

Ana amfani da shi don samar da tacewa

Pre-tace don tsarin tace iska
Ya dace da nau'in tacewa
Siffofin samfur:
Yin amfani da polypropylene roba, tsarin masana'anta na ɓoye a hankali;
Low juriya na farko, babban ƙarfin riƙe ƙura;
Kyakkyawan juriya na harshen wuta, ka'idodin rarraba wuta na iya saduwa da Turai DIN53438-F1;
Mai jurewa da danshi zai iya kaiwa 100%;

Ƙayyadaddun ƙira Girma na yau da kullun kamar lokaci mai zuwa, sauran masu girma dabam za a iya keɓance su
A'a. Abu Na'a.  Bayani
1 G4 blue/fari media laminated waya raga 24" / 610mm nisa * 150m tsayi
Farar watsa labarai: 610mm nisa; ragar waya: 580mm nisa
2 25" / 635mm nisa * 150m tsayi
Farar watsa labarai: 635mm nisa; ragar waya: 605mm nisa
3 20" / 508mm nisa * 150m tsayi
Farar watsa labarai: 508mm nisa; waya raga: 478mm nisa
4 28" / 711mm nisa * 150m tsayi
Farar watsa labarai: 711mm nisa; raga na waya: 681mm nisa
 Nau'in Girma   Matsakaicin kama Iska
Gudu
Na farko
matsa lamba
Babban zafin jiki ℃
W×L×H Tace % m/s amma
  Class      
AY-G3 0.61m*150m G3 ≤50 2.5 60 80
IS-G4 0.61m*150m G4 ≤82 2.5 75 80

 

What is Synthetic Air Filter Media and Why is it Used in Filtration?


Synthetic air filter media is a man-made filtration material composed of engineered polymers such as polyester, polypropylene, or blended fibers. Unlike traditional materials like fiberglass or cellulose, synthetic media offers superior durability, moisture resistance, and customizable filtration efficiency. It is widely used in HVAC systems, automotive filters, and industrial applications because of its ability to capture fine particles while maintaining high airflow rates. The material’s hydrophobic properties prevent mold and bacterial growth, making it ideal for humid environments. Additionally, synthetic media can be electrostatically charged to enhance particle attraction, improving filtration without increasing airflow resistance. Its versatility, longevity, and performance consistency make it a preferred choice for modern filtration needs where reliability and efficiency are critical.

 

Multi-Layer Synthetic Air Filter Rolls for High Dust Holding Capacity 


Multi-layer synthetic air filter rolls are designed to maximize dust-holding capacity while maintaining optimal airflow. These filters use a gradient density structure, with progressively finer layers that capture larger particles first while allowing smaller ones to be trapped deeper within the media. This design prevents premature clogging and extends filter life, reducing maintenance frequency. The synthetic fibers provide high tensile strength, resisting tears and deformation even under heavy particulate loads. Applications include commercial HVAC systems, industrial dust collectors, and automotive air intake filters, where high dust loads are common. The multi-layer approach ensures consistent performance over time, making these rolls cost-effective for high-demand environments that require both efficiency and longevity.

 

Synthetic vs Fiberglass Air Filter Media 


Synthetic air filter media outperforms fiberglass in several key aspects, including durability, moisture resistance, and filtration efficiency. While fiberglass is cost-effective and provides decent filtration, it is fragile and prone to tearing, especially in high-velocity airflow systems. Synthetic media, on the other hand, is more robust, resistant to humidity, and can be engineered for higher dust-holding capacity. Fiberglass filters often require a supportive frame, whereas synthetic media maintains structural integrity independently. Additionally, synthetic filters can incorporate electrostatic enhancement for better particle capture without sacrificing airflow. However, fiberglass remains useful in high-temperature applications where certain synthetic materials may degrade. For most modern HVAC and automotive uses, synthetic media is the superior choice due to its balance of strength, efficiency, and longevity.

 

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