Self Locking Gate Catch with Cranked Striker – Hot Dipped GalvanisedSelf Locking Gate Catch with Cranked Striker

Self Locking Gate Catch with Cranked Striker provides a secure, automatic latching solution for single wooden or metal gates. The self-locking mechanism engages as the gate closes, holding it firmly in place without the need for manual fastening. The cranked striker ensures smooth operation and easy alignment, while the hot dipped galvanised finish delivers superior corrosion resistance and long-lasting outdoor performance.

Key Features

• Automatic Self-Locking Action: Latch engages automatically as the gate closes for simple, one-handed use.
• Cranked Striker Design: Ensures smooth closure and perfect alignment between latch and gate post.
• Heavy-Duty Steel Construction: Built to withstand frequent use and demanding outdoor conditions.
• Hot Dipped Galvanised Finish: Provides long-term protection against rust and weather exposure.
• Easy Installation: Mount directly to timber or metal gates using bolts or coach screws (not included).
• Low Maintenance: Requires minimal upkeep for reliable performance year-round.

Typical Applications

• Garden gates and side entrances
• Driveway and access gates
• Field, farm, and paddock gates
• Outdoor fencing and agricultural installations

Specifications

Installation Notes

1. Mount the latch body to the gate and align the cranked striker with the gate post.
2. Mark and drill fixing points, then secure both components using corrosion-resistant bolts or screws.
3. Check the latch movement to ensure smooth engagement and reliable locking.
4. Lubricate the mechanism periodically to maintain easy operation.

Why Choose This Gate Catch?

This self-locking gate catch combines convenience and durability in one simple design. The automatic latching action allows quick, one-handed use, while the galvanised steel finish provides long-lasting protection against rust and weathering. Ideal for residential, agricultural, or commercial gate applications where strength and reliability matter.