Hose Tail One Piece Multi Wire BSP Swivel Female 90° Swept

Hose Tail One Piece Multi Wire BSP Swivel Female 90° Swept " Crimp-On Hydraulic Fitting

The ENGMATTEC One Piece BSP Swivel Female Hose Tail with a 90° swept design is a robust hydraulic fitting designed for precision and durability. Engineered for crimping onto one-wire, two-wire, or four-wire spiral hydraulic hoses, this fitting is an excellent solution for professionals such as contractors, farmers, and hydraulic system technicians. Compatible with ENGMATTEC hydraulic hoses and 4-wire Gladiator hoses, this fitting ensures seamless integration into high-pressure hydraulic systems.

Sizes Available:

Suitable for hose and BSP Swivel Female connections ranging from 1/4" to 1 1/2".

Design Features:

• 90° swept design optimises routing in compact or angled hydraulic layouts.
• Manufactured from zinc-plated steel for corrosion resistance and long-term reliability.
• Precision-engineered to deliver a secure, leak-free connection under high pressure.
• Compatible with SAE 100R1, SAE 100R2, and multi-wire hydraulic hoses, including ENGMATTEC and 4-wire Gladiator hoses.

Applications:

• Perfect for hydraulic systems in industrial machinery, construction equipment, and agricultural vehicles.
• Designed for high-pressure hydraulic applications requiring reliable BSP Swivel Female angled fittings.

Performance Highlights:

• Provides leak-free, strong performance in demanding hydraulic systems.
• Compatible with one-wire, two-wire, and four-wire spiral hydraulic hoses.
• Requires professional crimping tools for secure and reliable installation.

Machine Brands Using BSP Fittings:

• Construction Equipment: Caterpillar, Komatsu, Bobcat, JCB, and Volvo.
• Agricultural Machinery: John Deere, Case IH, New Holland, and Kubota.
• Industrial Equipment: Liebherr, Hitachi, and Doosan.

Important Notes:

• This listing is for the hosetail only; ensure proper crimp dimensions are followed for secure installation.
• Use calipers or verniers for precise measurements to ensure compatibility.