Parker Male Connector, 3/8" Tube x 1/4" Male NPT, PVDF Construction, Fluorocarbon Seal, Push-to-Connect, Plastic Grip Edge, Natural

Parker's Series PP Laboratory Grade Polypropylene Tubing exhibits chemical resistance to chlorinated water applications and is commonly used in outdoor applications where ultraviolet (UV) light stabilization is required. Polypropylene tubing is compatible with high temperature water and oil and offers excellent resistance to chemicals, acids and environmental stress cracking. In addition, it is capable of operating at higher temperatures and working pressures in comparison to polyethylene tubing. These distinguishing features allow Polypropylene Tubing to exceed expectations in applications that involve chemical transfer, chlorinated water supply and process piping systems. PP Series tubing is ideal for use in the fluid handling, food & beverage, and industrial markets. Some general applications include food contact, chemical transfer, chlorinated water supply, laboratory, instrumentation, process piping systems, and pneumatics.

Parker Hannifin's N Series Nylon Tubing is made from high grade, abrasion resistant, heat and light stabilized flexible nylon. Black nylon tubing is suggested for use in sunlit areas and in close proximity to high ultraviolet (UV) light sources. N Series nylon tubing uses high-grade polyamide resins for strength and flexibility for routing in tight spaces. Nylon exhibits a low-level water absorption and is chemically resistant, making it the optimal solution for machine tool and industrial pneumatic applications, such as robotics, lubrication, petroleum-based chemical transfer and pest control lines.

Parker Hannifin's NR Series Semirigid High Strength Nylon Tubing is manufactured from a semi-rigid, plasticizer free nylon material. The NR Series has high tensile strength which gives excellent coupling retention in high-pressure, temperature, and vibration environments. Series NR tubing meets UL94HB flame resistance ratings in wall thicknesses of .033" and greater. NR series tubing resists high ambient temperatures making it suitable for use in high-pressure pneumatics and oils, lubrication systems, marine control systems and process lines for chemicals applications.

Parker Hannifin's PAT Series Nylon Pure Air Tubing features exceptional cleanliness properties and excellent chemical and ultraviolent (UV) light resistance, allowing it to be the optimal tubing choice for pure air and gas distribution systems and semiconductor applications. It is manufactured from a specially formulated nylon featuring high tensile strength with excellent coupling retention in high pressure, temperature, and vibration environments. Some general applications include compressed gas, semiconductor, industrial pneumatic, laboratories, and pure air and gas distribution systems.

Parker Hannifin's PAT Series Nylon Pure Air Tubing features exceptional cleanliness properties and excellent chemical and ultraviolent (UV) light resistance, allowing it to be the optimal tubing choice for pure air and gas distribution systems and semiconductor applications. It is manufactured from a specially formulated nylon featuring high tensile strength with excellent coupling retention in high pressure, temperature, and vibration environments. Some general applications include compressed gas, semiconductor, industrial pneumatic, laboratories, and pure air and gas distribution systems.

Parker Hannifin E Series Polyethylene Tubing meets FDA and NSF-51 requirements for food contact applications and NSF-61 for potable water. All tubing conforms to ASTM D-1248, Type I, Class A, Category 4, Grade E5 standards. Polyethylene tubing is extruded from high molecular weight resin for increased dimensional stability, uniformity, and long term strength. A tube support should be used with this tubing for maximum holding power where end loading, vibration or pressure spikes may occur. Suitable for use in the water, food and beverage, fluid handling, industrial pneumatics, chemical transfer markets and applications.

Parker Hannifin E Series Polyethylene Tubing meets FDA and NSF-51 requirements for food contact applications and NSF-61 for potable water. All tubing conforms to ASTM D-1248, Type I, Class A, Category 4, Grade E5 standards. Polyethylene tubing is extruded from high molecular weight resin for increased dimensional stability, uniformity, and long term strength. A tube support should be used with this tubing for maximum holding power where end loading, vibration or pressure spikes may occur. Suitable for use in the water, food and beverage, fluid handling, industrial pneumatics, chemical transfer markets and applications.

Parker Hannifin EB Series Black Polyethylene Tubing contains an ultraviolet inhibitor which is recommended for use in sunlit areas and in close proximity to high ultraviolet light sources. Meets FDA and NSF-51 requirements for food contact applications and NSF-61 for potable water. All tubing conforms to ASTM D-1248, Type I, Class A, Category 4, Grade E5 standards. Polyethylene tubing is extruded from high molecular weight resin for increased dimensional stability, uniformity, and long term strength. A tube support should be used with this tubing for maximum holding power where end loading, vibration or pressure spikes may occur. Suitable for use in the water, food and beverage, fluid handling, industrial pneumatics, chemical transfer markets and applications.

Parker Hannifin PEFR Series Flame Resistant Polyethylene Tubing has low smoke density characteristics and self-extinguishing properties. PEFR Series is made using linear low density polyethylene and is resistant to environmental stress cracking exceeding that of ordinary polyethylene tubing as measured by ASTM D-1693. It is designed for use in industrial pneumatic markets for purposes that involve weld spatter and spark environments and pneumatic controls in HVAC applications. Utilizing PEFR Series Tubing for industrial applications in spark and weld-spatter environments will allow for successful and safe system operation without hose damage or stress cracking.