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Non-Sterile Millex® HPF Syringe Filters

Filter particle-laden or viscous samples

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Overview

Specifications

Ordering Information

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Nylon membrane and graduated glass fiber prefilter for clarifying aqueous and mild organic solutions containing high particle levels · Catalogue No.Clear Sorting & Filtering Show Filter
Catalogue NumberDescriptionPore SizePack Size
SLGNM25NKMillex Syringe Filter, Nylon, HPF, Non-sterile 0.2 µm 1000 Show Pricing & Availability
SLHNMZ5NZMillex Syringe Filter, Nylon, Automation Compatible, Non-sterile 0.45 µm 200 (8 x 25) Show Pricing & Availability

*Automation compatible

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Low protein binding hydrophillic (PTFE) membrane and glass fiber prefilter for clarifying aqueous and organic solutions containing high particle levels.Clear Sorting & Filtering Show Filter
Catalogue NumberDescriptionPore SizePack Size
SLCRM25NSMillex Syringe Filter, Hydrophilic PTFE, HPF, Non-sterile 0.45 µm PTFE, with glass fiber prefilter, 25 mm, non-sterile, 50 Show Pricing & Availability
SLCRM25NKMillex Syringe Filter, Hydrophilic PTFE, HPF, Non-sterile 0.45 µm PTFE, with glass fiber prefilter, 25 mm, non-sterile, 1000 Show Pricing & Availability

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Low protein binding Durapore (PVDF) membrane and graduated glass fiber prefilter for clarifying proteinaceous solutions containing high particle levelsClear Sorting & Filtering Show Filter
Catalogue NumberDescriptionPack Size
SLHVMZ5NZMillex Syringe Filter, Durapore® ( PVDF ), Automation Compatible, Non-sterile 200 (8 x 25) Show Pricing & Availability

*Automation compatible

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Documentation

FAQ

QuestionAnswer
What does automation compatible mean?Automation certified is a term which indicates that the filters are: specifically engineered to be compatible with robotic systems including the TPWII, Multidose, Prelude and BenchMate Workstations as well as Zymate stations that use filtration tested against manufacturing tolerances to meet key criteria for improved accuracy and reliability uniform in housing design and critical dimensions reliably delivered to the filtration positions through optimized inlet and outlet mating consistent in filter-to-filter operation