119874
Multigrade 150 Glass Fiber Filters
catalog number
Pure size
Diameter
price
Quantity
info
catalog number: 1842047
Pure size: 2µm
Diameter: 47mm
catalog number: 1842090
Pure size: 2µm
Diameter: 90mm
catalog number: 1841047
Pure size: 1µm
Diameter: 47mm
catalog number: 1841090
Pure size: 1µm
Diameter: 90mm
Cytiva's Whatman GMF 150 prefilters are multilayer graded density filters for rapid and efficient filtration of samples with high solids content. Compared to an unprotected membrane, greater sample volume can be filtered Higher particulate loading capacity and faster flow rates than uniform prefilters Excellent particle retention (both large and small particles) 100% borosilicate glass, binder-free Extends life of final filter membrane Multilayer filter design When a sample is applied, the multigrade glass filter traps larger particles in its pores or on the surface of the coarse layer, medium-sized particles in the interface meshing, and smaller particles in the interstices of the fine layer. The multilayer design provides comprehensive particle retention. Cytiva's glass microfiber prefilters
Read more >
119125
18412
Media/Uploads/tn_48658_50054.jpg
Multigrade 150 Glass Fiber Filters
Multigrade 150 Glass Fiber Filters
Cytiva's Whatman GMF 150 prefilters are multilayer graded density filters for rapid and efficient filtration of samples with high solids content. Compared to an unprotected membrane, greater sample volume can be filtered Higher particulate loading capacity and faster flow rates than uniform prefilters Excellent particle retention (both large and small particles) 100% borosilicate glass, binder-free Extends life of final filter membrane Multilayer filter design When a sample is applied, the multigrade glass filter traps larger particles in its pores or on the surface of the coarse layer, medium-sized particles in the interface meshing, and smaller particles in the interstices of the fine layer. The multilayer design provides comprehensive particle retention. Cytiva's glass microfiber prefilters
451.68
386.05
page_28788
0
0
0