Latching mechanisms are critical components in hydraulic decoking systems, used to secure and release the drill stem, cutting tools, and related assemblies during coke removal operations in delayed coking units (DCUs). These mechanisms ensure positive locking during vertical movement and allow for safe, controlled tool engagement or disengagement as part of the decoking cycle.

Designed for high-load, high-cycle operation, latching mechanisms are integrated into crossheads, handling tools, or lifting assemblies to prevent unintentional tool drops or misalignment. Built with precision machined parts, corrosion-resistant materials, and fail-safe locking features, they support both manual and automated decoking systems in the most demanding refinery environments.

By ensuring mechanical safety, alignment accuracy, and ease of operation, these mechanisms play a vital role in reducing downtime, enhancing operator safety, and increasing system reliability during the coke cutting process.