Is SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel suitable for crimping with a sleeve matched to my hydraulic hose type?

Yes. The SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel is designed for crimping in hydraulic and industrial hose assemblies and is suitable for use with a crimping sleeve matched to your hydraulic hose type. Key points: - Design compatibility: The flange (SFL), 45Â° angled, heavy series construction is intended specifically for crimped terminations. - Sleeve requirement: Use a crimping sleeve specified for your hose construction (single wire, spiral, textile, etc.) and hose size to ensure correct grip and sealing. - Material: Carbon steel, galvanized finish provides adequate strength and corrosion resistance for typical hydraulic applications; ensure compatibility with your fluid and working environment. - Crimper and procedure: Use the correct crimping machine, die set, and crimping parameters recommended by the hose, sleeve, and fitting manufacturers to achieve specified crimp dimensions and pressure ratings. - Verification: After assembly, perform pressure and leak tests per industry/hose manufacturer standards to confirm integrity. If you provide the exact hose model and sleeve type, I can confirm exact sleeve dimensions and crimp settings.

Can SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel be used with which crimping sleeve dimensions and dies for my hose?

SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel requires a crimping sleeve sized to match the hose outer diameter and reinforcement type. Use a heavy-duty full-profile (Uâ or Câtype) steel sleeve whose inner diameter equals the hose OD and whose length matches the flangeâs collar length (typically 1.2â1.5Ã hose OD for heavy series). Wall thickness depends on hose pressure class-common values 2.5â4.0 mm for reinforced hydraulic hoses. Die set: heavy-series hydraulic crimping dies sized to the sleeve/hose OD (matched die kit for the sleeve manufacturer), capable of producing the specified crimp diameter and profile for SAE 6000 fittings. Verify exact sleeve inner length/thickness and die part number with hose and sleeve manufacturers before crimping.

What maintenance is required after crimping SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel?

After crimping SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel, perform the following maintenance to ensure seal integrity and service life: - Visual inspection: check the flange face, bolthole area and crimped sleeve for cracks, deformations, burrs, paint or galvanizing damage, and any signs of uneven crimping or gaps between sleeve and hose. - Dimensional check: verify crimp diameter and axial position against assembly specification for the hose and sleeve to confirm adequate compression. - Leak test: pressure-test the assembly at working and, if required, test pressures to detect leaks, seepage or bulging in the hose near the crimp. - Fastener and mating surface care: clean flange face and bolt holes; remove debris or corrosion; ensure bolts and nuts are undamaged and torqued to correct values when installed. - Corrosion protection: touch up damaged galvanizing or coating on the flange and sleeve with appropriate corrosion-inhibiting paint or galvanic repair compound to prevent rust on carbon steel. - Re-torque and retest after initial service: after first service run, recheck torque on flange bolts and repeat leak/pressure test to ensure stability of the crimped joint. - Monitor in service: periodically inspect for vibration damage, mechanical abrasion, oil or chemical exposure, and temperature cycling effects; replace assembly if permanent deformation, repeated leaks, or hose degradation appear. - Recordkeeping: log crimp dimensions, crimper ID and die set used, pressure test results and inspection dates to track quality and predict maintenance intervals. Do not re-crimp a damaged SAE 6000 45Â° flange end, type ZSK312, heavy series, carbon steel; replace the fitting and sleeve if crimp integrity is compromised.

Embout à bride SAE 6000 45°, type ZSK312, série lourde, acier au carbone

Informations complémentaires

Matériau	CS – acier (fonte)

Embout à bride SAE 6000 (SFL), coudé à 45°, série lourde. Conçu pour le sertissage sur flexibles hydrauliques et industriels à l’aide d’une bague de sertissage adaptée au type de flexible. Matière : acier au carbone, galvanisé.

Liste des variantes de produit

Référence article	Nom de la variante du produit	DN	BAR	Disponibilité	Actions
TI-ZSK312-08-08	Raccord coudé 45° SAE 1/2", flexible 1/2", renforcé	12	-	En stock	Demande
TI-ZSK312-08-10	Embout coudé 45° SAE 1/2", tuyau 5/8", renforcé	16	-	En stock	Demande
TI-ZSK312-08-12	Embout à bride 45° SAE 1/2", tuyau 3/4", lourd	20	-	En stock	Demande
TI-ZSK312-12-08	Embout coudé 45° SAE 3/4", flexible 1/2", lourd	12	-	En stock	Demande
TI-ZSK312-12-10	Embout coudé 45° SAE 3/4", tuyau 5/8", renforcé	16	-	En stock	Demande
TI-ZSK312-12-12	Embout coudé 45° SAE 3/4", tuyau 3/4", renforcé	20	-	En stock	Demande
TI-ZSK312-12-16	Embout coudé 45° SAE 3/4", tuyau 1", lourd	25	-	En stock	Demande
TI-ZSK312-16-12	Embout à bride 45° SAE 1", tuyau 3/4", renforcé	20	-	En stock	Demande
TI-ZSK312-16-16	Embout coudé SAE 45°, 1", tuyau 1", renforcé	25	-	En stock	Demande
TI-ZSK312-20-16	Raccord coudé 45° SAE 1.1/4", tuyau 1", lourd	25	-	En stock	Demande
TI-ZSK312-20-20	Embout coudé 45° SAE 1.1/4", tuyau 1.1/4", lourd	32	-	En stock	Demande
TI-ZSK312-24-20	Raccord coudé 45° SAE 1.1/2", tuyau 1.1/4", lourd	32	-	En stock	Demande
TI-ZSK312-24-24	Embout coudé 45° SAE 1.1/2", tuyau 1.1/2", lourd	38	-	En stock	Demande
TI-ZSK312-32-24	Raccord coudé 45° SAE 2", flexible 1.1/2", lourd	38	-	En stock	Demande
TI-ZSK312-32-32	Embout coudé 45° SAE 2", tuyau 2", renforcé	50	-	En stock	Demande

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Embout à bride SAE 6000 (SFL), coudé à 45°, série lourde. Conçu pour le sertissage sur flexibles hydrauliques et industriels à l’aide d’une bague de sertissage adaptée au type de flexible. Matière : acier au carbone, galvanisé.