Sartorius, 16254, In-Line Stainless Steel Filter Holder

Top Features of Stainless Steel In-line Filter Holder
Stable construction with durable materials
Easy operation
Top Applications for Stainless Steel In-line Filter Holder
Large-volume particle removal

Durable and Compliant
These holders are widely used in laboratories for particle removal and for sterile filtration of several liters of volume and can hold filter discs up to a diameter of 293 mm. They have a stable construction and are easy to operate with.
The filter holders are supplied with a Tri Clamp (TC) or hose nipple connection, which are widely used in industries and laboratories as well. The in-line filters are installed directly in the fluid flow path, making it easy to integrate into your filtration system. The holders are designed for effective sterilization by autoclaving. The arrangement of the air-venting valve in the top plate and the test valve in the base plate for the larger diameters ensures the necessary vapor penetration. The back pressure screen has a smooth surface to avoid damage to the membrane filters, and when prefilters are used. The swing-out locking clamps or twist locks ensure firm sealing simply by hand-tightening.

Specifications
Applications:
Application: Clarification
Application Area: Sterile filtration; Analytical sample preparation; Particle analysis

Compliance Information:
Electrical / Battery item: No

Connections (Physical):
Connector(s): Hose nipples DN 10
Filter Diameter/Connector: 47 mm / Hose Nipples DN 10
Threads for Connectors: Hose nipples DN10

Dimensions:
Filter Diameter: ⌀ 47 mm
Filtration Area: 13 cm²
Suitable Membrane Filter Diameter: 47 mm

Materials of Construction:
Materials of Construction: Stainless steel

Operating Conditions:
Maximum Operating Pressure: 20 bar | 2,000 kPa | 290 psi

Physicochemical Information:
Chemical Compatibility: As for stainless steel

Product Information:
Filter Holder Type: In-Line Filter Holders
Pack Size: 1
Packaging: Box, folding

Usage Protocols:
Sterilization Procedures: By autoclaving (max. 134 °C); Dry heat (max. 180 °C)