Super Lowest Price Meltblown Bfe95 - Air Filtration Non Woven Materials – Medlong

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

Control the quality by the details, show the strength by quality. Our company has strived to establish a highly efficient and stable staff team and explored an effective quality control process for disposable bed sheet roll for hospital , pp spun bond non woven fabric , liquid filter media , For further information, please do not hesitate to contact us. All inquiries from you will be highly appreciated.
Super Lowest Price Meltblown Bfe95 - Air Filtration Non Woven Materials – Medlong Detail:

Air Filtration Materials

Air Filtration Materials

Overview

Air Filtration Material-Meltblown nonwoven fabric is widely used for air purifier, as a sub-efficient and efficient air filter element, and for coarse and medium-efficiency air filtration with high flow rate.

Medlong is committed to research, develop and manufacture the high-efficiency air purification materials, provide stable and high-performance filter materials for the global air purification field.

Applications

  • Indoor Air Purification
  • Ventilation System Purification
  • Automotive Air Conditioning Filtration
  • Vacuum Cleaner Dust Collection

Features

Filtration is a whole process of separation, the meltblown cloth has a multi-empty structure, and the technological performance of small round holes determines its good filterability. In addition, the electret treatment of meltblown fabric increases the electrostatic performance and improves the filtration effect.

HEPA FIlter Media (Meltblown)

Product Code

Grade

Weight

Resistance

Efficiency

gsm

pa

%

HTM 08 / JFT15-65

F8

15

3

65

HTM 10 / JFT20-85

H10 / E10

20

6

85

HTM 11 / JFT20-95

H11 / E20

20

8

95

HTM 12 / JFT25-99.5

H12

20-25

16

99.5

HTM 13 / JFT30-99.97

H13

25-30

26

99.97

HTM 14 / JFT35-99.995

H14

35-40

33

99.995

    Test Method: TSI-8130A, Test Area: 100cm2, Aerosol: NaCl

Pleatable Synthetic Air Filter Medial (Meltblown + Supporting Media Lamintated)

Product Code

Grade

Weight

Resistance

Efficiency

gsm

pa

%

HTM 08

F8

65-85

5

65

HTM 10

H10

70-90

8

85

HTM 11

H11

70-90

10

95

HTM 12

H12

70-95

20

99.5

HTM 13

H13

75-100

30

99.97

HTM 14

H14

85-110

40

99.995

    Test Method: TSI-8130A, Test Area: 100cm2, Aerosol: NaCl

Because the surface fiber diameter of the fabric is smaller than that of ordinary materials, the surface area is larger, the pores are smaller, and the porosity is higher, which can effectively filter harmful particles such as dust and bacteria in the air, and can also be used as automotive air conditioners, air filters, and engines air filter material.

Due to environmental protection, in the field of air filtration, melt-blown non-woven fabrics are now widely used as filter materials in the field of air filtration. Due to increasing environmental protection awareness, melt-blown non-woven fabrics will also have a broad market.


Product detail pictures:

Super Lowest Price Meltblown Bfe95 -
 Air Filtration Non Woven Materials – Medlong detail pictures


Related Product Guide:

We are committed to providing easy,time-saving and money-saving one-sgood purchasing service of consumer for Super Lowest Price Meltblown Bfe95 - Air Filtration Non Woven Materials – Medlong, The product will supply to all over the world, such as: Chile , America , Comoros , Our items are widely recognized and trusted by users and can meet continuously developing economic and social needs. We welcome new and old customers from all walks of life to contact us for future business relationships and achieving mutual success!
The company's products can meet our diverse needs, and the price is cheap, important is that the quality is also very nice.
5 Stars By Jocelyn from Israel - 2017.08.15 12:36
The supplier abide the theory of quality the basic, trust the first and management the advanced so that they can ensure a reliable product quality and stable customers.
5 Stars By Elva from Barcelona - 2018.12.11 14:13