Hose Tail Barb ORFS Male Straight

Hose Tail Barb ORFS (O-Ring Face Seal) Male Straight – Two-Piece Hydraulic Fitting

The ENGMATTEC Two-Piece ORFS Male Hose Tail, with its straightforward design, provides a robust and dependable hydraulic connection. Designed for use with a wide range of hoses and high-pressure systems, this fitting ensures a secure and leak-free connection. Its compatibility with various hydraulic applications makes it a valuable choice for industrial, agricultural, and construction environments.

Sizes Available:

Hose sizes: 1/4" to 3/4". ORFS thread sizes: 9/16" to 1 3/16".

Design Features:

• Straight design for versatile applications and easy integration into hydraulic systems.
• Precision-machined ORFS thread ensures a reliable, leak-free seal under high-pressure conditions.
• Compatible with SAE 100R1, SAE 100R2, SAE 100R6, SAE 100R7, and thermoplastic hoses.
• Manufactured with high-quality, durable materials for long-lasting performance.
• Requires ferrules (sold separately) for secure assembly with hydraulic hoses.

Applications:

• Perfect for use in high-pressure hydraulic systems across industrial, construction, and agricultural machinery.
• Ideal for systems requiring reliable sealing and robust performance.
• Commonly used in hydraulic equipment for earthmoving, material handling, and agricultural tasks.

Performance Highlights:

• Provides strong, leak-free connections in high-pressure environments.
• Optimised for durability and performance under demanding conditions.
• Compatible with multiple hose types for versatile use.

Machine Brands Using ORFS Fittings:

• Construction Equipment: Caterpillar, Komatsu, and Bobcat.
• Agricultural Machinery: John Deere, Massey Ferguson, and Case IH.
• Industrial Equipment: Liebherr, Doosan, and Hitachi.

Important Notes:

• Listing is for the hosetail only; ensure ferrules are purchased separately.
• Use tools like calipers or verniers for precise measurement to ensure compatibility.
• Assembly requires professional crimping equipment for optimal performance.