LydallLydall Filtration Separation

 

NFPA

Member of NFPA

 

Typical Property Sheets

Applications

 

   
 

LyPore® MB

 

Meltblown

LyPore MB is part of Lydall’s synthetic media platform. LyPore MB is a high efficiency liquid filtration media made from 100% meltblown polypropylene fibers. Individual grades are rated from 1μm to 200 μm efficiencies.

There are three different distinct designs within the product family. Calendered LyPore MB products have the highest efficiency but also the highest pressure drop. Our collated LyPore MB media includes a number of individual layers seamed together. These products have very high dirt holding capacity and efficiencies. Single layer LyPore MB media is the most economical solution, and has low pressure drop across a wide range of efficiencies.

Attributes

  • Conforms to sewn and ultrasonic processing
  • 100% polypropylene construction for broad chemical compatibility
  • Meets appropriate 21 CFR regulations for FDA compliance
  • Calendered versions for very high efficiency
  • Collated versions for unmatched dirt holding capacity
  • Single layer media for low pressure drop
  • Economical media

Applications

  • Consumer Drinking Water / Potable Water Markets
  • Pharmaceutical Processing
  • Medical Products
  • Food and Beverage Processing
  • Industrial Liquids/Critical Process Fluid Filters
    • Semiconductor and Electronics Fabrication
    • Process Water / Membrane Pre-Filter

Typical Property Sheets

Calendered LyPore® MB Grades

Grade

MFP

Basis Weight

Thickness @ 8psi

Resistance

Frazier

(μm)
(g/m²)
(mils)
(mm)
(cfm)
CA 9401
7
40
6
25
8
CA 9603
13.5
70
14
10
23

Collated LyPore® MB Grades

Grade

MFP

Basis Weight

Thickness
@ 8psi

Frazier

(μm)
(g/m²)
(mils)
(cfm)
CL 9005
9
429
195
11
CL 9006
9.5
375
168
12
CL 9007
11
329
142
14
CL 9008
14
329
141
20
CL 9010
24
204
86
42
CL 9018
27
154
70
90
CL 9019
36.5
129
56
150

Single-Layer LyPore® MB Grades

Grade

MFP

Basis Weight

Thickness @ 8psi

Resistance

Frazier

(μm)
(g/m²)
(mils)
(mm)
(cfm)
MB 9010
29
59
54
1.7
90
MB 9028
52
2.3
70
MB 9031
15
70
27
35