D&D CI2350 Gate Guide Assembly Extended (10")

Reliable Gate Movement with Precision and Stability  Upgrade your gate system with the D&D CI2350 Shut It® Hardcore™ Gate Guide Assembly Extended (10"), designed to replace outdated industry-standard guide rollers with a durable, high-performance solution. Perfect for gates with grade variations along their run distance, this guide assembly offers smooth operation, exceptional durability, and easy installation. Crafted from super hard steel with a corrosion-resistant zinc finish, it’s built to withstand tough conditions, making it ideal for residential, commercial, and industrial applications. Simply weld a 2½" x 2½" angle iron to your gate and attach the guide assembly to the end post for a secure, lasting fit. This extended 10-inch model is tailored for gates with gradients, ensuring smooth and seamless movement across uneven ground. Key Features Replaces outdated industry-standard guide rollers. Weld-on guide assembly attaches securely to the gate’s end post. Supports L-track guides for smooth and reliable gate movement. Super hard steel construction with a corrosion-resistant zinc finish. Extended 10-inch design for gates with grade variations along their run. Compatible with driveway, security, automated, and privacy gates. Technical Specifications Brand: Shut It™ Hardcore Product Code: CI2350 Applications: Driveway Gates (Single/Double), Automated/Electric Gates, Security Gates, Privacy Gates, Public/Commercial Gates. Material: Steel/Ornamental Iron Gate Size: Approx. 6ft W x 8ft H (1.5m x 2m) Post Shape: Square-to-square frame with a minimum size of 1½"+ (38mm). Fixing Method: Weld-On Finish: Zinc Conclusion The D&D CI2350 Gate Guide Assembly Extended (10") delivers enhanced performance for gates on uneven terrain. Its innovative design ensures consistent, smooth operation, while rugged materials and precision engineering guarantee long-lasting durability. Whether for residential or commercial use, it’s the ideal solution for gates requiring reliable movement over gradients.