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  6. 3M™ Zeta Plus™ MHT Series Filter Cartridge, Z16MC80MH05, 16 in, 1/Case

3M™ Zeta Plus™ MHT Series Filter Cartridge, Z16MC80MH05, 16 in, 1/Case

3M ID 7100026706UPC 54046719877855
  • The Zeta Plus™ MHT Series is ideally suited for clarification and penetration in food and beverage, cosmetic and general applications where the exceptional high wet-tensile strength media combined with the innovative dual zone design provides extensive service life. This includes aqueous, alcoholic, proteinaceous and acidic solutions.
  • Thermal and Chemical Stability leads to extended life and reduced filtration costs
  • High Tensile strength media means robust and easy to handle cartridge design
  • A la carte media can be customised to match product needs with maximised final membrane protection
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Specifications
Applications
Brewing Process, Distilled Spirits Process, Wine Making Process
Brand
Zeta Plus™
Product Series
MHT
Series
Zeta Plus™ MHT Series
Product Details
  • The Zeta Plus™ MHT Series is ideally suited for clarification and penetration in food and beverage, cosmetic and general applications where the exceptional high wet-tensile strength media combined with the innovative dual zone design provides extensive service life. This includes aqueous, alcoholic, proteinaceous and acidic solutions.
  • Thermal and Chemical Stability leads to extended life and reduced filtration costs
  • High Tensile strength media means robust and easy to handle cartridge design
  • A la carte media can be customised to match product needs with maximised final membrane protection

Zeta Plus™ MHT Series are a family of advanced, dual zone depth filters designed to provide optimal clarification and pre-filtration in Food & Beverage applications.

The Zeta Plus™ filter design consists of two distinct layers or “zones” of filter media with the upstream zone more open than the downstream zone. This structure enhances the contaminant holding capacity of the filter media, since larger particles are trapped in the upper zone of the filter media and smaller particles are trapped in the lower zone, reducing premature plugging and extending service life. The two filter zones can be independently selected and combined to optimise performance.