Can the 45° Non-Skive DKJ End, Carbon Steel, Type NJW310 be crimped without skiving and still meet pressure ratings for 4SP/4SH/R13/R15 hoses?

Yes. The 45° Non-Skive DKJ End, Carbon Steel, Type NJW310 is specifically designed for non‑skive installation and — when used with the dedicated TI‑N crimping sleeve — can be crimped without skiving while meeting the pressure ratings for 4SP, 4SH, R13 and R15 hoses. Its NON SKIVE technology preserves the hose’s outer rubber layer, enabling faster assembly, lower leakage risk and longer joint life. Made of carbon steel with zinc coating and optimized 45° geometry, the fitting and sleeve combination provides secure sealing on the 74° cone (DKJ) and consistent performance under high pressures when crimped per manufacturer procedures and with correct tooling.

Does the 45° Non-Skive DKJ End, Carbon Steel, Type NJW310 require a specific TI‑N crimping sleeve size for 4SP/4SH/R13/R15 hoses to achieve rated pressure?

Yes. The 45° Non-Skive DKJ End, Carbon Steel, Type NJW310 requires the dedicated TI‑N crimping sleeve sized for 4SP/4SH/R13/R15 hoses to achieve the rated working pressure. The fitting’s NON SKIVE design is intended to be crimped with the matching TI‑N sleeve without removing the hose cover; using the specified sleeve ensures correct metal-to-metal compression geometry, reliable sealing on the 74° cone, and proper hose reinforcement support—all necessary to reach the fitting’s rated pressure and maintain long-term leak resistance and mechanical integrity.

45° Non-Skive DKJ End, Carbon Steel, Type NJW310

All products, Fittings for high-pressure hoses/

Additional information

Material	CS – steel (cast iron)

The 45° NON SKIVE fitting with internal UNF thread and reliable sealing on a 74° cone (DKJ) is designed for secure and durable crimping in high‑pressure hoses of types 4SP, 4SH, R13, and R15, using the dedicated TI‑N crimping sleeve. Its NON SKIVE technology allows installation without removing the hose’s outer rubber layer, ensuring faster assembly, reduced risk of leakage, and extended service life of the connection. Manufactured from high‑quality carbon steel with a protective zinc coating, the fitting offers excellent resistance to corrosion and mechanical wear, making it a dependable solution even in demanding industrial environments. The precise geometry of the 45° angle provides optimal flexibility in routing hydraulic lines, while the robust construction guarantees consistent performance under extreme pressure conditions. This fitting is an ideal choice for professionals seeking efficiency, safety, and long‑lasting reliability in hydraulic systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TI-NJW310-17-12	End. JIC 45° NON SKIVE G1 1/16", hose 3/4"	20	-	In stock	Enquiry
TI-NJW310-21-12	End. JIC 45° NON SKIVE G1.5/16", hose 3/4"	20	-	In stock	Enquiry
TI-NJW310-21-16	End. JIC 45° NON SKIVE G1.5/16", hose 1"	25	-	In stock	Enquiry
TI-NJW310-26-16	End. JIC 45° NON SKIVE G1.5/8", hose 1"	25	-	In stock	Enquiry
TI-NJW310-26-20	End. JIC 45° NON SKIVE G1.5/8", hose 1.1/4"	32	-	In stock	Enquiry
TI-NJW310-30-24	End. JIC 45° NON SKIVE G1.7/8", hose 1.1/2"	38	-	In stock	Enquiry
TI-NJW310-40-32	End. JIC 45° NON SKIVE G1/2", hose 2"	50	-	In stock	Enquiry

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The 45° NON SKIVE fitting with internal UNF thread and reliable sealing on a 74° cone (DKJ) is designed for secure and durable crimping in high‑pressure hoses of types 4SP, 4SH, R13, and R15, using the dedicated TI‑N crimping sleeve. Its NON SKIVE technology allows installation without removing the hose’s outer rubber layer, ensuring faster assembly, reduced risk of leakage, and extended service life of the connection. Manufactured from high‑quality carbon steel with a protective zinc coating, the fitting offers excellent resistance to corrosion and mechanical wear, making it a dependable solution even in demanding industrial environments. The precise geometry of the 45° angle provides optimal flexibility in routing hydraulic lines, while the robust construction guarantees consistent performance under extreme pressure conditions. This fitting is an ideal choice for professionals seeking efficiency, safety, and long‑lasting reliability in hydraulic systems.