Biomedical Couplers

Features: Temperature Range -50°F to 275°F (135°C) Pressure 125 psi at 70°F 6/6 Nylons exhibit good tensile strength, moderate stiffness and high impact resistance. Resistant to fuels, lubricants and many chemicals, but vulnerable to attack by phenols, strong acids and oxidizing agents. MN White Medical Nylon is made from the same resin as Natural Nylon, but has an FDA compliant white colorant added.

Features: Temperature Range -50°F to 275°F (135°C) Pressure 125 psi at 70°F 6/6 Nylons exhibit good tensile strength, moderate stiffness and high impact resistance. Resistant to fuels, lubricants and many chemicals, but vulnerable to attack by phenols, strong acids and oxidizing agents. MN White Medical Nylon is made from the same resin as Natural Nylon, but has an FDA compliant white colorant added.

Features: Made from 6/6 nylon - exhibits strength, moderate stiffness, high service temperature, high impact resistance and tensile strength. Resistant to fuels, lubricants and many chemicals, but vulnerable to attack by phenols, strong acids oxidizing agents. Used in fuel line, vacuum systems and general purpose applications: automotive industry approvals. Temperature Range -50°F to 275°F. Pressure 150 psi at 70°F.

Large bore luers offer a higher flow rates than standard luers. Eldon James luers are Certified Laboratory Tested. Our luers have been tested for dimensional and performance requirements according to ISO 594-1 and 594-2 standards. This testing includes dimensional checks, as well as tests on the security of the assembled fittings for leakage under pressure and vacuum conditions. Test results are available upon request. Non-Animal Derived Materials - TPE, CVU, PP, and NK. In addition, these materials have a history of qualification in medical device, pharmaceutical and bioprocess ...

Features: Temperature Range -80°F to 226°F. Pressure 260 psi at 70°F. NK material can be autoclaved to 285°F (140°C) and meets USP Class VI requirements. Generally, chemically resistant to: most acids, salts, weak bases, halogenated solvents, alcohols, nuclear and UV radiation, oxidants, ozone and deionized water.