Needleless Swabbable 1 Way Sampling Valve, Female Luer Lock, Male Luer Lock -  - 90403
Needleless Swabbable 1 Way Sampling Valve, Female Luer Lock, Male Luer Lock -  - 90403

Needleless Swabbable 1 Way Sampling Valve, Female Luer Lock, Male Luer Lock - - 90403

Qosina offers a variety of valves that are in stock and ready for immediate delivery....

Price :
Regular price $31.95
Regular price $31.95

QSN

QS-90403

In Stock Sold Out 200

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Qosina offers a variety of valves that are in stock and ready for immediate delivery. Qosina part # 90403 is a component ideal for procedures involving liquid sampling. Materials consist of an ABS red male luer lock body, a polycarbonate female luer lock body and silicone valves. When the needleless swabbable luer activated valve is accessed by a male luer lock or male luer slip syringe, the internal duckbill check valve allows fluid samples to be taken. The one-way duckbill prevents accidental injection through the connector. The needleless valve seals against any back pressure upon disconnection of the syringe. Qosina offers a large selection of valves and valve accessories to satisfy your project requirements.
Materials Silicone PC Silicone ABS Silicone
CAD Model Available No
Manufacturing Environment Classification ISO Class 7 / 10,000 / Grade C
Colorant in Part No
Regrind Used to Manufacture This Part No
Hazardous Goods No
Animal Derived Ingredients (BSE/TSE) Animal Derived Component Free (ADCF)
Latex Does NOT intentionally contain natural latex
Latex in Packaging Does NOT intentionally contain natural latex
EtO Compatible No
Gamma Compatible Yes
Steam Compatible No
X-Ray Compatible No
Biocompatibility tested ISO 10993 No
USP Biocompatibility 87 Finished component passes USP<87>
USP Biocompatibility 88 passes USP <88>, temperature not stated
USP Biocompatibility Claim Based On Finished Component
Residual Solvents: Tested via ICH Q3C Standard No ICH Q3C Testing Performed
Protein Absorption Data Available No
Extractables Testing Claims No Extractables Testing Performed
Bioburden USP 61 62 No bioburden information available
Tested via USP 661.1 No
Integrity Tested? No