Is the SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel compatible with crimping sleeves for hydraulic and industrial hoses?

Yes. The SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel is designed specifically for crimping in hydraulic and industrial hoses using a crimping sleeve appropriate for the hose type. Its carbon steel construction and zincânickel coating (6â10 Âµm) provide high corrosion resistance, supporting reliable performance after crimping when the correct sleeve and crimping parameters for the hose are used. Ensure you match the crimping sleeve dimensions and crimping specifications to the hose and to the SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel to achieve a proper, leakâproof crimp.

Can the SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel withstand aggressive chemical environments without degrading?

The SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel offers very high corrosion resistance due to its 6â10 Âµm zincânickel coating (tested up to ~720 hours in salt spray), so it resists oxidation and general corrosive atmospheres far better than bare carbon steel. However, zincânickel is primarily a barrier and sacrificial coating optimized for chloride/saline and atmospheric corrosion; it is not chemically inert to strong acids, alkalis, or aggressive solvents. In strongly acidic or alkaline environments, oxidizing media, or exposure to specific industrial chemicals, the coating and underlying carbon steel can degrade over time. For applications involving aggressive or unknown chemicals, consult chemical compatibility data or choose stainless steel or specialty corrosionâresistant materials/coatings.

Can SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel be reconditioned after surface damage?

Yes. in many cases the SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel can be reconditioned after surface damage, but feasibility depends on the damage extent and required performance. Key points: - Superficial scratches, minor scuffs or localized coating removal: reconditioning is typically possible. Steps include cleaning (degrease, remove corrosion or contaminants), light mechanical smoothing or polishing of burrs, and reapplying a compatible zinc-nickel touch-up coating or passivation to restore corrosion protection. Ensure coating rebuild reaches similar thickness (6â10 Âµm) and adhesion. - Moderate surface damage that exposes base carbon steel over a limited area: possible to repair if substrate is sound (no deep gouges, cracks, or distortion). Repair requires removal of corrosion, surface preparation (abrasive blasting or chemical treatment), and professional re-coating with zinc-nickel or an equivalent corrosion-resistant system followed by inspection. - Severe damage (deep gouges, cracks, deformation, compromised sealing/mating faces, or loss of dimensional tolerances): not recommended to recondition for safety-critical hydraulic use. Flanges with structural damage or altered crimping/sealing surfaces should be replaced to maintain integrity and pressure ratings. - Quality control: after reconditioning, perform dimensional checks, inspect coating thickness and adhesion, and if applicable, pressure/leak tests or non-destructive testing to verify integrity. Use qualified plating/coating processes to match original corrosion resistance (target 6â10 Âµm zinc-nickel). - Compliance and liability: reconditioning should follow manufacturer recommendations, industry standards, and customer safety requirements. When in doubt for hydraulic applications, prefer replacement. Conclusion: Minor surface damage to SAE 6000 SUPERCAT flange end, type ZSK113, carbon steel, zinc-nickel can usually be repaired by proper surface preparation and re-coating to restore corrosion resistance; structural or sealing-surface damage warrants replacement.

Embout à bride SAE 6000 SUPERCAT, type ZSK113, acier au carbone, zinc-nickel

Informations complémentaires

Matériau	CS – acier (fonte)
Longueur standard [m]	30, 50

Embout à bride SAE 6000 SUPERCAT (SFS). Destiné au sertissage sur flexibles hydrauliques et industriels à l’aide d’une douille de sertissage adaptée au type de flexible. Surface revêtue de zinc-nickel d’une épaisseur de couche de 6-10 µm, qui offre 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-ZSK113-12-12-CN	Embout à bride SAE 3/4", tuyau 3/4" SUPERCAT, Zn-Ni	20	350	En stock	Demande
TI-ZSK113-16-12-CN	Embout à bride SAE 1", tuyau 3/4" SUPERCAT, Zn-Ni	20	350	En stock	Demande
TI-ZSK113-16-16-CN	Embout à bride SAE 1", tuyau 1" SUPERCAT, Zn-Ni	25	280	En stock	Demande
TI-ZSK113-20-16-CN	Embout à bride SAE 1.1/4", tuyau 1" SUPERCAT, Zn-Ni	25	280	En stock	Demande
TI-ZSK113-20-20-CN	Embout à bride SAE 1.1/4", tuyau 1.1/4" SUPERCAT, Zn-Ni	32	210	En stock	Demande
TI-ZSK113-24-20-CN	Embout à bride SAE 1.1/2", tuyau 1.1/4" SUPERCAT, Zn-Ni	32	210	En stock	Demande
TI-ZSK113-24-24-CN	Embout à bride SAE 1.1/2", tuyau 1.1/2" SUPERCAT, Zn-Ni	38	185	En stock	Demande

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Embout à bride SAE 6000 SUPERCAT (SFS). Destiné au sertissage sur flexibles hydrauliques et industriels à l’aide d’une douille de sertissage adaptée au type de flexible. Surface revêtue de zinc-nickel d’une épaisseur de couche de 6-10 µm, qui offre une très haute résistance à la corrosion (jusqu’à 720 heures sans corrosion en chambre de brouillard salin). Matériau : acier au carbone, zinc-nickel.