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KURIYAMA AL PART E Coupling Adapter

Description & Features

Manufactured by Kuriyama of America, this aluminum Part E coupling adapter is designed for use in industrial fluid transfer and hose coupling assemblies. Part E adapters serve as the female end component in cam-and-groove coupling systems, providing a reliable mechanical connection between hose lines and fittings in demanding industrial environments.

Constructed from aluminum, the adapter offers a practical balance of corrosion resistance and light weight, making it well suited for applications where both material compatibility and handling efficiency are factors. As part of Kuriyama's AL-series cam-and-groove lineup, it is built to interface with corresponding Part C dust caps and other standard cam-and-groove components.

SKU: AL-E600

Supplier Part Number (MPN): AL-E600

Alternate Part Numbers: C1FY62

Specifications

Alternate Part Numbers Alternate Part Number C1FY62	Brand Kuriyama Of America Inc	Brand Kuriyama Of America	Pack Size 1.00	UOM EA	Supplier Part Number AL-E600	Product Weight 4.98 lbs

Product Questions & Answers (2)

Question by: Sheila M on Sep 4, 2025, 8:34 PM

What exactly does a Part E adapter do in one of them cam-and-groove setups?

Answer by: Customer Support on Sep 6, 2025, 7:30 AM

Part E is the female end of a cam-and-groove coupling system. It receives the male adapter and locks into place using the cam arms, creating a secure connection between hose lines and fittings. In a typical assembly, the Part E sits on one side of the connection point while a corresponding male component threads or barbs into the other, letting you connect and disconnect fluid transfer lines quickly without tools.

Question by: Tony G on Aug 9, 2025, 8:44 AM

Will this adapter hold up if it's used with chemicals?

Answer by: Customer Support on Aug 10, 2025, 4:44 PM

Constructed from aluminum, this coupling adapter offers a practical balance of corrosion resistance and light weight, making it well suited for applications where both material compatibility and handling efficiency are factors.