| Items |
/Asset/FLLE-TSEC-Series.jpg FLLE-WN FLLE- TSEC Series Female White Nylon Luer Thread Style Lock Elbow |
/Asset/FLLE-TSEC-Series.jpg FLLE-NPP FLLE- TSEC Series Female Natural Polypropylene Luer Thread Style Lock Elbow |
/Asset/FLLE-TSEC-Series.jpg FLLE-PC FLLE- TSEC Series Female Polycarbonate Luer Thread Style Lock Elbow |
/Asset/FLLE-TSEC-Series.jpg FLLE-PVDF FLLE- TSEC Series Female Polyvinylidene Fluoride (PVDF) Luer Thread Style Lock Elbow |
/Asset/FLLE-MSL-Series.jpg FLLE-MSL FLLE-MSL Series Male Luer to Female Luer Thread Style Elbow |
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| Description | N/A The FLLE-TSEC Series is a Female luer thread-style Elbow connector that is engineered using a variety of high-quality materials. These connectors are available in Nylon, offering robust durability. in addition, they are crafted from natural Polypropylene, known for its chemical resistance and lightweight properties. Furthermore, the series includes connectors made from clear Polycarbonate, providing superior impact resistance and optical clarity. Lastly, the connectors are available in PVDF which is known for its high purity, strength, and resistance to solvents and acids. This material selection ensures that the FLLE-TSEC Series can meet a wide range of application requirements. | N/A The FLLE-TSEC Series is a Female luer thread-style Elbow connector that is engineered using a variety of high-quality materials. These connectors are available in Nylon, offering robust durability. in addition, they are crafted from natural Polypropylene, known for its chemical resistance and lightweight properties. Furthermore, the series includes connectors made from clear Polycarbonate, providing superior impact resistance and optical clarity. Lastly, the connectors are available in PVDF which is known for its high purity, strength, and resistance to solvents and acids. This material selection ensures that the FLLE-TSEC Series can meet a wide range of application requirements. | N/A The FLLE-TSEC Series is a Female luer thread-style Elbow connector that is engineered using a variety of high-quality materials. These connectors are available in Nylon, offering robust durability. in addition, they are crafted from natural Polypropylene, known for its chemical resistance and lightweight properties. Furthermore, the series includes connectors made from clear Polycarbonate, providing superior impact resistance and optical clarity. Lastly, the connectors are available in PVDF which is known for its high purity, strength, and resistance to solvents and acids. This material selection ensures that the FLLE-TSEC Series can meet a wide range of application requirements. | N/A The FLLE-TSEC Series is a Female luer thread-style Elbow connector that is engineered using a variety of high-quality materials. These connectors are available in Nylon, offering robust durability. in addition, they are crafted from natural Polypropylene, known for its chemical resistance and lightweight properties. Furthermore, the series includes connectors made from clear Polycarbonate, providing superior impact resistance and optical clarity. Lastly, the connectors are available in PVDF which is known for its high purity, strength, and resistance to solvents and acids. This material selection ensures that the FLLE-TSEC Series can meet a wide range of application requirements. | N/A The FLLE-MSL Series is a Male-luer-to-female luer thread-style Elbow connector. Which is made of white & black Nylon, natural Polypropylene, clear Polycarbonate, & Radiation Stable Polycarbonate. Also, separate rotating lock rings are available. | |||||
| Series | N/A FLLE- TSEC | N/A FLLE- TSEC | N/A FLLE- TSEC | N/A FLLE- TSEC | N/A FLLE-MSL | |||||
| Material | N/A Nylon | N/A Polypropylene | N/A Polycarbonate | N/A Polyvinylidene Fluoride (PVDF) | N/A | |||||
| Color | N/A White | N/A Natural | N/A | N/A | N/A | |||||
| Connection Type | N/A Female | N/A Female | N/A Female | N/A Female | N/A Male to Female | |||||
| Note | N/A If you do not see exactly what you are looking for, please contact our sales department. | |||||||||
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