WEKIS Fence Gate Kit – Anti-Sag, Self-Closing Hardware for Outdoor Wood Gates

Effortless anti-sag performance for outdoor gates

Keep wooden gates aligned and functioning smoothly across seasons with the WEKIS Fence Gate Kit. This kit focuses on stability and reliable operation by separating hinge brackets from corner brackets, allowing flexible installation for a range of gate posts and widths. Built to resist the elements, it helps maintain a clean, secure entrance to your outdoor spaces without the need for constant adjustments.

What you get

The package bundles essential hardware so you can complete a gate project with minimal tools. The components are designed for durability and rust resistance, ensuring steady performance in varied weather. Note that the kit covers common wooden gate setups and can be adapted to different sizes with straightforward mounting.

• 2 gate hinge brackets
• 4 corner brackets
• 1 self-closing gate spring
• 1 gate latch
• 1 metal bar
• 1 pull ring with wire for latch
• 20 short screws
• 20 long screws
• 6 latch screws

Key benefits for outdoor gates

• Anti-sag design helps keep your gate level and functional over time.
• Self-closing and self-locking action reduces the likelihood of doors left open, especially with kids or pets nearby.
• Heavy-duty steel with a powder-coated finish resists rust and stands up to rain, sun, and seasonal changes.
• Versatile compatibility with wooden gates 2x4 inches and larger, including deck, garden, and fence gates.
• Simple installation with clear instructions, making it accessible for DIY projects without specialized skills.

Real-world use scenarios

Ideal for backyard fences, garden entrances, deck gates, and shed doors. The kit blends reliability with ease, letting you upgrade an existing gate or install a new one with confidence.

Why choose WEKIS

WEKIS focuses on practical hardware designed for outdoor settings. This kit emphasizes durability, ease of use, and compatibility with common wooden gate sizes, offering a balanced solution for improving gate performance without unnecessary complexity or cost.