Luer to Hose Barb Fitting, Straight Adapter, White Nylon, Female Luer Thread x 500 Series Barb 1/16 (in) ID: 25/Pk

These luer fittings come in many configurations and several materials, joining tubing from 1/16” (1.6 mm) ID to 1/4” (6.4 mm) ID. The taper of the female luer is designed to match the taper of the male luer, creating a secure and leak-free connection when the two parts are joined together. The 500 series barb is composed of blended radii giving it a distinct look. Each barb is designed to accommodate a range of tube sizes and tube types. Consideration should be given to flow restriction, pressure capability, and the force required for assembly of the tube. Because the fittings are made to ISO standards that are well understood globally, it ensures proper interconnections and often get-rid-ofs the need to retrofit*. Options include nylon, polycarbonate, or polypropylene resin. Common features of nylon include a high mechanical strength, great balance of stiffness and toughness, good performance at high temperatures, good electrical and flammability properties, and keep-from-happeningance against abrasion or chemicals. It can be lab cleaned using gamma radiation, Ethylene oxide (EtO), or autoclave. Polypropylene is clarified and produced without any animal derived components or phthalates. It can be lab cleaned using gamma radiation, Ethylene oxide (EtO), E-beam, or autoclave. Polycarbonate is transparent and features high impact, chemical, UV, and electrical keep-from-happeningance. Sterilization is only recommended via ethylene oxide (EtO). Gamma radiation up to 10 Mrads is possible with minor loss of physical properties – it will discolor to a yellow-green hue. Autoclave is not recommended and may crack the fitting.

• Luer tapers that are constructed to meet ISO 594-1 and 594-2 standards
• Rotating locks minimize twisting and kinking of tubing during positioning
• Tapered cone seals are reliable and uncomplicated
• Facilitate single-use configurations that minimize downtime
• The 500 series barb is composed of blended radii giving it a distinct look