Which type of hose has a larger minimum bend radius at 3,000 psi with a 90-degree flexing range?

When considering hoses designed to withstand high pressures, such as 3,000 psi, the structural properties greatly influence their performance during operations, including bending and flexing. Flexible hoses are constructed with materials and designs that allow them to bend at significant angles while maintaining their integrity under pressure.

A flexible hose typically includes internal reinforcements, such as braided or spiral wound layers, which provide the necessary strength to handle high pressures without collapsing. This design permits a relatively tighter bend radius compared to non-flex hoses, which are often rigid and lack these reinforcements. As a result, flexible hoses can have a larger minimum bend radius, meaning they can be bent without excessive strain or risk of failure, accommodating a 90-degree flexing range more effectively.

This capability is essential in applications where space constraints and complex routing requirements exist, making flexible hoses more suitable for dynamic environments.