3M Zeta Plus H Series Filter Media Disc B020460H, 47 mm, No Holes,
1/Case
Sold As:100-Pack
SKU:7010339167
MPN:70020076892
Stock Item:Stock items typically ship within 2-3 business days
UPC:00016145040092
3M ID:70020076892
$588.58
($5.89 / Count)
Product Description
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles. In addition to the mechanical exclusion of particles via depth loading, our filter media adsorbs contaminants too small for reduction by mechanical straining alone.
Specifications
Shelf Life
1825 Days
Features
All Components FDA CFR 21 listed for use with food & beverage filter applications
Depth filtration and electrokinetic adsorption provide efficient haze and particle reduction at micron ratings smaller than the mechanical rating alone
High wet-tensile strength filter media withstands multiple steaming and hot water sanitization cycles
Totally enclosed, sanitary systems and housings with zero edge leakage and external contamination
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles...
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles...
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles...
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles...
Zeta Plus H Series Media Sheets are charge-modified depth filters with high-tensile strength that performs efficiently under elevated operating temperatures or repeated hot water sanitation cycles...