A Lock Plate design incorporates features that generate frictional forces and clamping effects, which counteract the hydraulic forces attempting to separate the connected components. It is positioned between two or more hydraulic components that require secure fastening. This ensures the stability and reliability of the hydraulic unit operation.

Attributes:
• Preventing fluid leakage is paramount
• Manufactured to precise specifications and built for durability and reliability

Applications:
A Lock Plate involves factors like load distribution, frictional forces, sealing, and ease of maintenance, all contributing to the safe and reliable operation of a hydraulic unit.