Is the SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel compatible with my hydraulic hose and crimping sleeve?

To determine compatibility of the SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel with your hydraulic hose and crimping sleeve, check these points: 1. Hose type and size: The flange is designed for crimping in hydraulic and industrial hoses using a crimping sleeve suitable for the hose type. Ensure the flangeâs bore and flange size match your hose nominal size and internal diameter (ID). Manufacturer dimension charts for ZSK111 must match your hose size. 2. Crimping sleeve compatibility: Use a crimping sleeve specifically made for your hose construction and the SAE 3000 (SFL) collar end. Sleeve length and profile must match the ZSK111 seat and hose cover to achieve a proper crimp and seal. Confirm the sleeve material and dimensions with sleeve specs for ZSK111. 3. Crimping equipment/settings: The component is intended for crimping; verify that your crimper and die set support the light series ZSK111 and recommended crimp diameter/pressure for the hose/sleeve combination. 4. Material and environment: Material carbon steel with zinc-nickel coating (6â10 Âµm, high corrosion resistance) is suitable for harsh environments.compatible if your application benefits from up to ~720 hours salt spray resistance. Ensure no galvanic incompatibility with mating components or fluids. 5. Pressure rating and standards: Confirm SAE 3000 pressure rating of the flange end matches your hose assembly working and test pressures and that installation follows SAE recommendations. Conclusion: If your hose internal diameter and type, crimping sleeve profile/length, and crimping machine settings match the specifications for SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel, then it is compatible. Verify dimensions, sleeve part number, and crimp specs with the flange manufacturer or hose supplier before assembly.

Can SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel be used with specific hose operating pressures and temperatures?

SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel can be used with hoses whose maximum operating pressure and temperature do not exceed the limits of the SAE 3000 (â3000 psi / 207 bar) flange class and the hose manufacturerâs specified ratings. The fittingâs construction and crimping method (collar end SFL, lightweight series) are suitable for crimping with the appropriate sleeve for the hose type; ensure correct sleeve size and crimp parameters per hose/fitting manufacturer. The zincânickel coating (6â10 Âµm) provides high corrosion resistance but does not change pressure or temperature ratings-verify chemical compatibility and maximum service temperature (typical carbon steel with ZnâNi plating up to ~120â150Â°C) with the hose and fluid. Always confirm application-specific pressure/temperature limits and crimp specifications with hose and fitting manufacturers before use.

What corrosion resistance tests confirm SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel performance?

Corrosion resistance tests that confirm the performance of SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel: 1. Salt spray (neutral salt fog, NSS) test. per ISO 9227 / ASTM B117: verifies resistance to white rust and red rust; zinc-nickel coating thickness 6â10 Âµm typically achieves up to 720 hours without corrosion as stated. 2. Humidity (damp heat) test. per IEC 60068-2-78 / ISO 6270: checks performance under prolonged humid conditions and condensation; complements NSS results for real-world moist environments. 3. Cyclic corrosion test (CCT). per ISO 16701 / ASTM G85 annexes or ISO 16702: simulates alternating salt, humidity and drying cycles to better predict outdoor/service life beyond continuous salt fog. 4. Neutral salt spray + corrosion product analysis. visual inspection and microscopy (optical/SEM) plus EDS to verify absence of substrate attack and integrity of zinc-nickel layer after exposure. 5. Hydrogen embrittlement / stress corrosion susceptibility tests. e.g., hydrogen embrittlement screening (ASTM F519/F1875) or slow strain rate testing if the component is under high stress, to ensure coating process did not induce embrittlement in carbon steel. 6. Adhesion test. cross-cut (ISO 2409) or pull-off adhesion (ASTM D4541): confirms coating adhesion after corrosion exposure. 7. Electrochemical tests. potentiodynamic polarization and electrochemical impedance spectroscopy (EIS): quantify corrosion rates and coating barrier properties. 8. Filiform corrosion test. per ISO 4628-8 if polymer overcoats or paints are applied; generally not required for bare zinc-nickel but useful if additional coatings exist. Recommended acceptance criteria for SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel: - NSS (ISO 9227): no red rust for up to 720 hours. - CCT or damp heat: performance comparable to NSS results, with only minimal white corrosion and no substrate exposure. - Adhesion: no significant flaking or loss per ISO 2409 after exposure. - Electrochemical tests: corrosion current density and impedance consistent with robust zinc-nickel coatings. For certification or supplier validation, request test reports specifying standards used (ISO/ASTM), exposure durations (e.g., 720 h NSS), analytical methods, and post-test inspections demonstrating the SAE 3000 flange end, type ZSK111, light series, carbon steel, zinc-nickel met the above criteria.

Embout à bride SAE 3000, type ZSK111, série légère, acier au carbone, zinc-nickel

Informations complémentaires

Matériau	CS – acier (fonte)

Embout à bride SAE 3000 (SFL), série légère. Conçu pour le sertissage sur flexibles hydrauliques et industriels à l’aide d’une douille de sertissage adaptée au type de flexible. Surface revêtue de zinc-nickel, épaisseur de couche 6-10 µm, offrant une très haute résistance à la corrosion (jusqu’à 720 heures sans corrosion en chambre de brouillard salin). Matériau : acier au carbone, zinc-nickel.

Liste des variantes de produit

Référence article	Nom de la variante du produit	DN	BAR	Disponibilité	Actions
TI-ZSK111-08-08-CN	Embout à bride SAE 1/2", tuyau 1/2", léger, Zn-Ni	12	-	En stock	Demande
TI-ZSK111-12-08-CN	Embout à bride SAE 3/4", tuyau 1/2", léger, Zn-Ni	12	-	En stock	Demande
TI-ZSK111-12-10-CN	Embout à bride SAE 3/4", tuyau 5/8", léger, Zn-Ni	16	-	En stock	Demande
TI-ZSK111-12-12-CN	Embout à bride SAE 3/4", tuyau 3/4", léger, Zn-Ni	20	-	En stock	Demande
TI-ZSK111-16-12-CN	Embout à bride SAE 1", tuyau 3/4", léger, Zn-Ni	20	-	En stock	Demande
TI-ZSK111-16-16-CN	Embout à bride SAE 1", tuyau 1", léger, Zn-Ni	25	-	En stock	Demande
TI-ZSK111-20-16-CN	Embout à bride SAE 1.1/4", tuyau 1", léger, Zn-Ni	25	-	En stock	Demande
TI-ZSK111-20-20-CN	Embout à bride SAE 1.1/4", tuyau 1.1/4", léger, Zn-Ni	32	-	En stock	Demande
TI-ZSK111-24-20-CN	Embout à bride SAE 1.1/2", tuyau 1.1/4", léger, Zn-Ni	32	-	En stock	Demande
TI-ZSK111-24-24-CN	Embout à bride SAE 1.1/2", tuyau 1.1/2", léger, Zn-Ni	38	-	En stock	Demande
TI-ZSK111-32-24-CN	Embout à bride SAE 2", tuyau 1.1/2", léger, Zn-Ni	38	-	En stock	Demande
TI-ZSK111-32-32-CN	Embout à bride SAE 2", tuyau 2", léger, Zn-Ni	50	-	En stock	Demande
TI-ZSK111-40-32-CN	Embout à bride SAE 2.1/2", tuyau 2", léger, Zn-Ni	50	-	En stock	Demande

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Embout à bride SAE 3000 (SFL), série légère. Conçu pour le sertissage sur flexibles hydrauliques et industriels à l’aide d’une douille de sertissage adaptée au type de flexible. Surface revêtue de zinc-nickel, épaisseur de couche 6-10 µm, offrant une très haute résistance à la corrosion (jusqu’à 720 heures sans corrosion en chambre de brouillard salin). Matériau : acier au carbone, zinc-nickel.