Can the 90° Heavy Series Carbon Steel DKOS End Elbow, Type NMW222 be crimped with TI-N sleeves on 4SP/4SH/R13/R15 hoses without removing the hose rubber?

Yes. The 90° Heavy Series Carbon Steel DKOS End Elbow, Type NMW222 can be crimped with TI-N sleeves on 4SP/4SH/R13/R15 hoses without removing the hose rubber. It is a 90° NON SKIVE fitting with internal metric thread and 24° cone sealing with O‑ring, specifically designed for crimping with TI‑N crimping sleeves on those hose types, allowing installation without skiving. Manufactured from carbon steel with a galvanized finish, it provides durable, leak‑free connections suitable for demanding hydraulic applications.

Is the 90° Heavy Series Carbon Steel DKOS End Elbow, Type NMW222 compatible with crimping using TI-N sleeves on 4SP/4SH/R13/R15 hoses without compromising sealing or safety?

Yes. The 90° Heavy Series Carbon Steel DKOS End Elbow, Type NMW222 is designed specifically for crimping with TI-N sleeves on 4SP, 4SH, R13 and R15 hoses. Its NON-SKIVE (no rubber removal) internal metric thread and 24° cone sealing with O‑ring permit direct crimping using the TI-N sleeve without compromising the hose cover, sealing integrity or safety. Made from high‑quality carbon steel with a galvanized finish, the heavy‑series construction provides the strength and corrosion resistance required for high‑pressure, intensive applications, ensuring durable, leak‑free connections and safe operation when installed per manufacturer crimping specifications.

90° Heavy Series Carbon Steel DKOS End Elbow, Type NMW222

All products, Fittings for high-pressure hoses/

Additional information

Material	CS – steel (cast iron)
Standard length [m]	10

The 90° NON SKIVE fitting with internal metric thread and 24° cone sealing with O-ring (DKOS 90, heavy series) is engineered for secure and durable connections in demanding hydraulic applications. Specifically designed for crimping with hoses of types 4SP, 4SH, R13, and R15 using the TI-N crimping sleeve, it ensures reliable performance without the need to remove the hose rubber during installation, saving time and preserving hose integrity. Manufactured from high-quality carbon steel with a galvanized finish, the fitting offers excellent resistance to wear and corrosion, guaranteeing long-lasting durability even under high pressure and intensive operating conditions. Its robust construction and precise design make it an ideal solution for industries requiring maximum safety, efficiency, and leak-free operation, while the 90° angle allows for flexible routing in compact or complex hydraulic systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TI-NMW222-30-12	End 90° NON SKIVE GW M30x2, hose 3/4"	20	420	In stock	Enquiry
TI-NMW222-36-12	End. 90° NON SKIVE GW M36x2, hose 3/4"	20	420	In stock	Enquiry
TI-NMW222-36-16	End. 90° NON SKIVE GW M36x2, hose 1"	25	380	In stock	Enquiry
TI-NMW222-42-16	End. 90° NON SKIVE GW M42x2, hose 1"	25	380	In stock	Enquiry
TI-NMW222-42-20	End fitting 90° NON SKIVE GWM42x2, hose 1.1/4"	32	325	In stock	Enquiry
TI-NMW222-52-20	End fitting 90° NON SKIVE GWM52x2, hose 1.1/4"	32	325	In stock	Enquiry
TI-NMW222-52-24	End fitting 90° NON SKIVE GWM52x2, hose 1.1/2"	38	290	In stock	Enquiry

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The 90° NON SKIVE fitting with internal metric thread and 24° cone sealing with O-ring (DKOS 90, heavy series) is engineered for secure and durable connections in demanding hydraulic applications. Specifically designed for crimping with hoses of types 4SP, 4SH, R13, and R15 using the TI-N crimping sleeve, it ensures reliable performance without the need to remove the hose rubber during installation, saving time and preserving hose integrity. Manufactured from high-quality carbon steel with a galvanized finish, the fitting offers excellent resistance to wear and corrosion, guaranteeing long-lasting durability even under high pressure and intensive operating conditions. Its robust construction and precise design make it an ideal solution for industries requiring maximum safety, efficiency, and leak-free operation, while the 90° angle allows for flexible routing in compact or complex hydraulic systems.