Adapter, for use with low pressure HPLC. Female luer to 1/4-28 male connection. Polypropylene. ARE-Applied Research brand. 10/PK.
Additional Info:
Low‑pressure polypropylene adapters are designed for laboratory and analytical fluidic systems requiring dependable transitions between standard Luer connections and threaded HPLC fittings. These fittings are suitable for solvent transfer, syringe connections, sample handling, and general low‑pressure laboratory fluid management applications.
The 47452‑11‑010 (10/Pack) adapters feature a female Luer slip connection on one side and a 1/4‑28 threaded male connector on the other side, allowing convenient integration between syringes, tubing systems, and laboratory instrumentation using standard 1/4‑28 threaded ports.
Manufactured from chemically resistant polypropylene material, these adapters are suitable for a broad range of laboratory fluid handling applications where durable, lightweight polymer fittings are preferred.
Key Benefits
Female Luer slip to 1/4‑28 male adapter configuration
Compatible with syringes and Luer devices
Standard 1/4‑28 threaded male connector
Chemically resistant polypropylene construction
Suitable for low‑pressure laboratory fluidics
Lightweight polymer fitting construction
Ideal for syringe and fluid transfer applications
10/Pack configuration for laboratory replacement needs
Specifications
Product Type: Luer to threaded adapter
Material: Polypropylene
Connection Style 1: Female Luer slip
Connection Style 2: 1/4‑28 male threaded connector
Maximum Temperature: 100°C
Maximum Pressure: 1,000 psig
Pack Size: 10
Applications
Low‑pressure HPLC systems
Syringe connections
Laboratory solvent transfer
Analytical fluid handling systems
Sample transfer applications
General laboratory instrumentation
Usage Notes
Designed for low‑pressure applications
Compatible with standard male Luer fittings
Suitable for 1/4‑28 threaded ports
Lightweight and chemically resistant construction
Suitable for laboratory fluid transfer systems
Not intended for UHPLC ultra‑high‑pressure applications
Resources & Ordering Options