Is the DKL Hydraulic End ZMW111, Light Series, Carbon Steel, Zinc‑Nickel compatible with standard crimping sleeves for industrial and hydraulic hoses?

Yes. The DKL Hydraulic End ZMW111, Light Series, Carbon Steel, Zinc‑Nickel is compatible with standard crimping sleeves for industrial and hydraulic hoses. Its classic hydraulic tail and internal metric thread with nut use a universal 24°/60° (DKL) cone designed for reliable metal‑to‑metal sealing and precise crimping. The product is engineered to work with crimping sleeves matched to the specific hose type, ensuring a secure, durable assembly. Made of high‑quality carbon steel and finished with a 6–10 µm zinc‑nickel coating, it also provides excellent corrosion protection for long‑term performance in demanding hydraulic applications.

Can the DKL Hydraulic End ZMW111, Light Series, Carbon Steel, Zinc‑Nickel be used with metric-threaded ports requiring a 24°/60° (DKL) cone seal without additional adapters?

Yes. The DKL Hydraulic End ZMW111, Light Series, Carbon Steel, Zinc‑Nickel is designed with an internal metric thread and nut that provides a direct metal‑to‑metal seal via the universal 24°/60° (DKL) cone. According to the description, it is specifically engineered for compatibility with metric‑threaded ports requiring the DKL cone seal, so no additional adapters are required. Its construction (carbon steel) and robust zinc‑nickel coating ensure durable, corrosion‑resistant performance when assembled and crimped correctly with the appropriate crimping sleeve for the hose type.

DKL Hydraulic End ZMW111, Light Series, Carbon Steel, Zinc-Nickel

All products, Fittings for high-pressure hoses/

Additional information

Material	CS – steel (cast iron)

The standard hydraulic end fitting type Z is equipped with a classic hydraulic tail for hose connection and features an internal metric thread with nut, ensuring secure metal-to-metal sealing through a universal 24°/60° (DKL) cone in a lightweight series design. Engineered for reliable crimping with hydraulic and industrial hoses, it is compatible with crimping sleeves tailored to specific hose types, guaranteeing a precise and durable assembly. Manufactured from high-quality carbon steel and finished with an advanced zinc-nickel coating of 6–10 µm, the fitting delivers exceptional protection against corrosion, withstanding up to 720 hours in salt spray testing without visible damage. This combination of robust material, innovative surface treatment, and universal compatibility makes it an ideal solution for demanding hydraulic applications, offering long-lasting performance, enhanced safety, and reduced maintenance costs.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
TI-ZMW111-14-04-CN	End. GW M14x1.5, hose 1/4", 24/60°, light, Zn-Ni	6	280
TI-ZMW111-16-04-CN	End. GW M16x1.5, hose 1/4", 24/60°, light, Zn-Ni	6	280
TI-ZMW111-16-05-CN	End. GW M16x1.5, hose 5/16", 24/60°, light, Zn-Ni	8	280
TI-ZMW111-16-06-CN	End. GW M16x1.5, hose 3/8", 24/60°, light, Zn-Ni	10	280
TI-ZMW111-18-05-CN	End. GW M18x1.5, hose 5/16", 24/60°, light, Zn-Ni	8	280
TI-ZMW111-18-06-CN	End. GW M18x1.5, hose 3/8", 24/60°, light, Zn-Ni	10	280
TI-ZMW111-22-06-CN	End. GW M22x1.5, hose 3/8", 24/60°, light, Zn-Ni	10	280
TI-ZMW111-22-08-CN	End. GW M22x1.5, hose 1/2", 24/60°, light, Zn-Ni	12	280
TI-ZMW111-26-10-CN	End. GW M26x1.5, hose 5/8", 24/60°, light, Zn-Ni	16	210

The standard hydraulic end fitting type Z is equipped with a classic hydraulic tail for hose connection and features an internal metric thread with nut, ensuring secure metal-to-metal sealing through a universal 24°/60° (DKL) cone in a lightweight series design. Engineered for reliable crimping with hydraulic and industrial hoses, it is compatible with crimping sleeves tailored to specific hose types, guaranteeing a precise and durable assembly. Manufactured from high-quality carbon steel and finished with an advanced zinc-nickel coating of 6–10 µm, the fitting delivers exceptional protection against corrosion, withstanding up to 720 hours in salt spray testing without visible damage. This combination of robust material, innovative surface treatment, and universal compatibility makes it an ideal solution for demanding hydraulic applications, offering long-lasting performance, enhanced safety, and reduced maintenance costs.