Is the SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zincânickel compatible with standard hydraulic crimping sleeves for industrial hoses?

Yes. The SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zincânickel is designed for crimping in hydraulic and industrial hoses using a crimping sleeve suitable for the type of hose. Its construction (carbon steel body) and specification explicitly state compatibility with standard crimping sleeves intended for the hose type, and the zincânickel coating (6â10 Âµm) is a surface treatment for corrosion resistance, not a functional barrier to crimping. Important considerations before crimping: - Use a crimping sleeve specified for the exact hose series and nominal size to ensure correct sleeve length, diameter reduction and crimp profile. - Verify hose manufacturer recommendations and the flange endâs dimensional/pressure ratings to ensure a proper seal and rated performance after crimping. - Ensure the crimping tool/die matches the sleeve and hose combination. - Confirm the zincânickel coating thickness will not interfere with sleeve fit where tight tolerances exist; typically 6â10 Âµm is negligible for standard crimp joints. Conclusion: Technically compatible with standard hydraulic crimping sleeves when you match sleeve type, size and follow hose/manufacturer crimping specifications.

Can SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zincânickel be crimped using manufacturerârecommended crimping sleeves for industrial hydraulic hoses?

Yes. SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zinc-nickel is designed for crimping in hydraulic and industrial hoses using a crimping sleeve suitable for the hose type. The product description explicitly states it is intended for crimping with a compatible crimping sleeve. The zincânickel coating (6â10 Âµm) provides high corrosion resistance but does not affect crimpability; ensure you use manufacturerârecommended sleeves and tooling matched to the hose assembly specifications (hose type, size, and crimp dimensions) and follow proper crimping procedures and quality checks.

How does the zincânickel coating on SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zincânickel affect crimping parameters?

The zincânickel coating on SAE 6000 SUPERCAT 90Â° flange end, type ZSK213, carbon steel, zincânickel, influences crimping parameters in these practical ways: 1. Dimensional allowance: with a coating thickness of 6â10 Âµm the added layer is minimal and typically does not require changing crimp diameter settings. Standard crimp specs for the base carbon steel part remain valid in almost all cases. 2. Friction and tool wear: zincânickel slightly alters surface friction compared with bare steel. usually marginally lower friction. which can improve sleeve flow and reduce tool wear. No special tooling is required, but consistent tool maintenance and inspection are recommended. 3. Compression behavior: the thin, ductile zincânickel layer deforms with the base metal during crimping and does not significantly change required crimp forces. Crimp force calculations based on carbon steel geometry remain applicable. 4. Sealing and contact: the coating can improve corrosion resistance at the crimp interface, reducing risk of crevice corrosion over time. Ensure crimp inspection (gap, bite) to verify metalâtoâmetal contact where specified; the coating will not prevent required mechanical interlock. 5. Quality control: because the finish is corrosionâresistant, visual inspection of surface defects is easier postâcrimp. However, verify that no delamination or flaking occurred during crimpingâthis is unlikely for a 6â10 Âµm zincânickel layer on SAE 6000 SUPERCAT 90Â° flange end, type ZSK213. Summary recommendation: use standard crimping settings for the carbon steel SAE 6000 SUPERCAT 90Â° flange end, type ZSK213; monitor crimp dimensions and perform routine inspections. No adjustment to crimp diameter or force is normally necessary due to the 6â10 Âµm zincânickel coating that primarily provides high corrosion resistance (up to 720 h in salt spray).

SAE 6000 SUPERCAT 90° flange end, type ZSK213, carbon steel, zinc-nickel

All products, Fittings for high-pressure hoses/

Additional information

Material	CS – steel (cast iron)

SAE 6000 SUPERCAT (SFS) flange end, 90° angle. Designed for crimping in hydraulic and industrial hoses using a crimping sleeve suitable for the type of hose. Surface coated with zinc-nickel with a layer thickness of 6-10 µm, which exhibits very high corrosion resistance (up to 720 hours without corrosion in a salt spray chamber). Material: carbon steel, zinc-nickel.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TI-ZSK213-12-12-CN	End fitting 90° SAE 3/4", hose 3/4" SUPERCAT, Zn-Ni	20	-	In stock	Enquiry
TI-ZSK213-16-12-CN	End fitting 90° SAE 1", hose 3/4" SUPERCAT, Zn-Ni	20	-	In stock	Enquiry
TI-ZSK213-16-16-CN	End fitting 90° SAE 1", hose 1" SUPERCAT, Zn-Ni	25	-	In stock	Enquiry
TI-ZSK213-20-16-CN	End fitting 90° SAE 1.1/4", hose 1" SUPERCAT, Zn-Ni	25	-	In stock	Enquiry
TI-ZSK213-20-20-CN	End fitting 90° SAE 1.1/4", hose 1.1/4" SUPERCAT, Zn-Ni	32	-	In stock	Enquiry
TI-ZSK213-24-20-CN	End fitting 90° SAE 1.1/2", hose 1.1/4" SUPERCAT, Zn-Ni	32	-	In stock	Enquiry
TI-ZSK213-24-24-CN	End fitting 90° SAE 1.1/2", hose 1.1/2" SUPERCAT, Zn-Ni	38	-	In stock	Enquiry

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SAE 6000 SUPERCAT (SFS) flange end, 90° angle. Designed for crimping in hydraulic and industrial hoses using a crimping sleeve suitable for the type of hose. Surface coated with zinc-nickel with a layer thickness of 6-10 µm, which exhibits very high corrosion resistance (up to 720 hours without corrosion in a salt spray chamber). Material: carbon steel, zinc-nickel.