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Add to Cart The item has been added1222851Filter, Disk, N66, 5.0æm, SP,20x20cm, 5/Pk
Price: $192.15List Price: $213.50GVS Nylon Filtration Membrane is internally supported with an inert polyester support web giving it added dimensional strength and stability that prevents cracking, tearing, curling and breaking. This added strength and durability is advantageous -
Add to Cart The item has been added1214554Filter, Disk, NC, 0.1æm, 142mm, 25/Pk
Price: $642.88List Price: $714.31GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214533Filter, Disk, NC, 0.1æm, 47mm, 100/Pk
Price: $417.59List Price: $463.99GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214882Filter, Disk, NC, 0.22æm, 13mm, 100/Pk
Price: $143.99List Price: $159.99GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214950Filter, Disk, NC, 0.22æm, 142mm, 25/Pk
Price: $265.55List Price: $295.06GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added3031100Filter, Disk, NC, 0.22æm, 20x20cm,5/Pk
Price: $167.22List Price: $185.80GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214898Filter, Disk, NC, 0.22æm, 25mm, 100/Pk
Price: $171.51List Price: $190.56GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214959Filter, Disk, NC, 0.22æm, 293mm, 25/Pk
Price: $509.15List Price: $565.72GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214909Filter, Disk, NC, 0.22æm, 47mm, 100/Pk
Price: $137.12List Price: $152.36GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1214839Filter, Disk, NC, 0.22æm, GRD,47mm, 100/Pk
Price: $250.69List Price: $278.54GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane -
Add to Cart The item has been added1216732Filter, Disk, NC, 0.2æm, GRD,ST, 47mm, 250/Pk
Price: $333.50List Price: $370.55Filter, Disk, NC, 0.2æm, GRD,ST, 47mm, 250/Pk -
Add to Cart The item has been added1215257Filter, Disk, NC, 0.45æm, 13mm, 100/Pk
Price: $143.99List Price: $159.99GVS MCE Filtration Membranes are composed of a mixture of inert cellulose nitrate and cellulose acetate polymers. The uniform microporous structure of these filters provides the fastest flow rates and highest throughputs available in a membrane
