Hynec PP Luer-Lock to Industrial Thread Adapter for University Biochemistry Labs and Industrial Applications, Heat-Resistant and Biochemically Reactive, Female G1/8, Black, 100-Pack

Description

• Industrial thread integration: Precision-made G1/8-inch, M6, and G1/4-inch threads provide secure metal-to-polymer interfaces for industrial equipment, helping prevent leaks in high-vibration environments.
• Biochemistry-optimized PP material: Polypropylene construction maintains structural integrity against common biochemical solvents such as ethanol, acetone, and DMSO under standard laboratory conditions (2560 C), with minimal swelling (<3%) after prolonged exposure.
• 120 C thermal resistance: Maintains sealing performance and dimensional stability at autoclave temperatures for decontamination protocols in shared university laboratory facilities.
• Configuration versatility: Straight adapters provide direct line connections; 90-degree variants route tubing around obstacles in crowded bioreactors or analytical equipment.
• Research-grade flow integrity: Smooth internal channels help prevent turbulence and bubble formation during precise biochemical experiments, with color-coded options (natural, black, and white) for quick identification in multi-line facilities.

These Hynec adapters are designed for precise liquid transfer in industrial systems and university biochemistry laboratories, seamlessly connecting Luer-Lock fittings with industrial threads (G1/8 inch, M6, and G1/4 inch). Made from chemically inert polypropylene (PP), the materials inherent resistance to biochemical solvents, including acids, alkalis, and organic reagents, supports performance in demanding university research environments. Withstand continuous exposure to 120 C and pressure of 300 kPa while maintaining structural integrity during demanding biochemical procedures such as chromatography sample preparation or buffer solution transfer. Choose straight or 90-degree configurations in packs of 15, 25, 50, or 100 to navigate complex laboratory equipment or industrial machine layouts. The barb-free flow path helps prevent particle contamination in sensitive experiments, while tool-threaded nuts enable rapid reconfiguration of bioreactor feed lines or analytical instrument connections. Ideal for: 1. University biochemistry laboratory solvent transfer systems. 2. Industrial process fluid control with Luer-to-thread interfaces. 3. Chemical reagent dosing in manufacturing environments. 4. Student research projects requiring reliable fluid connections.

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