iso 16028

EHHYDRAULIC manufactures hydraulic quick couplers since 2004. All of our products are designed in the UK and manufactured in our 22,000㎡ ISO 9001 & ISO 14001 certified production plant in Ningbo, China. Our product quality success rate is 99.999% according to our loyal customers. Contact us now to get the best quotation for your request.

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EH 96 Series - A ISO 16028 Flat Face Quick Couplings (Steel)

This EH series is interchangeable with STUCCHI A SERIES, FASTER FFH SERIES, PARKER FEM SERIES, CEJN X65 SERIES, DIXON HT SERIES, DNP PLT4 SERIES, VOSWINKEL FH SERIES, and GROMELLE 629-A SERIES. Steel Product. The Premier Series Flat Face Couplings, engineered to ISO 16028 interchange standards, deliver exceptional hydraulic performance with higher pressure ratings, optimized flow efficiency, and reduced pressure drop—outperforming both EH 95 Series and competing products. Designed for critical no-leak applications, these couplings feature a non-spill flat-face valve system that eliminates fluid loss during coupling/uncoupling, making them the ideal choice for contamination-sensitive hydraulic systems. Their precision engineering ensures reliable operation while maintaining full ISO compatibility for seamless integration.

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EH 97 Series - A-HP ISO 16028 Flat Face High Pressure Quick Coupler (Steel)

This EH series is interchangeable with PARKER FH SERIES, STUCCHI A-HP SERIES, CEJN 265 SERIES, FASTER FFHP SERIES, and DNP PLT7 SERIES. Steel Product. Engineered for extreme hydraulic systems, these 72 MPa-rated couplings deliver uncompromising performance in critical high-pressure applications. To ensure operational safety, this series is intentionally incompatible with standard ISO 16028 or low/medium-pressure flat-face couplings, preventing risky cross-connections. Instead, it pairs exclusively with dedicated high-pressure counterparts available on the market. An innovative rotating sleeve on the female half automatically engages post-connection, providing a fail-safe lock against accidental disengagement under pressure.