VEVOR Aluminum Alloy Baluster Shoes Square Balusters Baluster Wrought Spindles for Staircase Slant Shoes with Screw Holes for Us

Highlights:1.Safety Support: Individual product dimensions: 2x2.4x1.3 inches / 50x35x32.5mm, quantity of 50 pieces. The inner dimensions of the railing shoe base are 0.53x0.53 inches, suitable for use with 1/2-inch square railings in the market, providing secure and effective support without wobbling.2.Easy to Adjust: The railing shoe can be adjusted from 0 to 90 degrees based on the stair slope, meeting various stair usage requirements.3.Sturdy and Durable: The railing shoe is made of 12-gauge aluminum alloy material with a wall thickness of 0.15 inches / 3.8mm, ensuring durability and long-lasting use. It is coated with a spray coating for corrosion resistance and rust prevention, ensuring a long lifespan.4.Easy Installation: You can quickly install it following the user manual. The product comes with screw holes for convenient and time-saving installation.5.Versatile Usage: Designed for 1/2-inch square railings, it can be widely used for the installation of ordinary railings, single twists, double twists, double baskets, and other staircase railings.Details: VEVOR Railing Shoes: Elevating Safety and Style in Every Step! These slant railing shoes are made of sturdy aluminum alloy material, ensuring durability, rust resistance, and wear resistance. They provide stable support and can be adjusted according to the slope of the stairs, making them suitable for various types of staircase railings. The bottom base of the railing shoe is designed with a full wrap structure, ensuring stable support without wobbling and guaranteeing the safety and stability of staircase railings. The railing shoe can be adjusted from 0 to 90 degrees based on the slope of the stairs, accommodating various usage requirements. Made from robust aluminum alloy material with a spray coating for wear resistance and rust prevention, these railing shoes have a long lifespan. The product comes with screw holes for straightforward assembly.