NT300-10

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Flextral directly.***
The Flextral NT300-10 (NT300-10) is a robust hydraulic hose designed for high-pressure applications, featuring a construction that exceeds the specifications of 100R12 and meets or surpasses SAE 100R12 and EN856, R9, R4SH standards. It is constructed with a nitrile tube and reinforced by four spirals of high-tensile steel wire, ensuring superior strength and durability. The cover of this hose is made from synthetic rubber which is not only highly abrasion-resistant but also meets the MSHA fire resistance standards. This product showcases exceptional flexibility with its minimal bend radius, making it significantly more agile than standard spiral hoses. This characteristic makes the NT300-10 ideal for complex hydraulic systems where space and ease of installation are critical. The hose operates efficiently within a temperature range of -54°C to 121°C (-65°F to 250°F), catering to a broad spectrum of environments. Designed specifically for systems utilizing petroleum, polyol ester, or water-glycol based fluids, the NT300-10 ensures reliable performance under severe conditions with a maximum working pressure of 5000 psi and a minimum burst pressure of 20000 psi. Its dimensions include an internal diameter of approximately 1.039 inches (26.40 mm) and an external diameter of about 1.04 inches (26.40 mm), available in lengths ranging from 12 inches to an extensive maximum of 1200 inches. The Flextral NT300-10 also adheres to stringent safety standards including SAE J1942/1 USCG H acceptance, making it well-suited for maritime applications among others requiring stringent certifications. With its combination of flexibility, durability, and compliance with multiple industry standards, this hose offers an optimal solution for demanding hydraulic applications across various sectors.