Deep Brass Socket for 3" Post
The Deep Brass Socket for 3" Post is a robust floor socket designed to provide stability and durability for gym and sports environments. With its 1-piece brass top, integrated lid, and steel core, this socket ensures a reliable and long-lasting solution for securely holding 3-inch (76 mm) posts. Its deep design is specifically crafted for non-floating floors, such as tile, wood, or synthetic surfaces laid over a concrete base.
Key Features
- Durable Construction: Built with a brass top, lid, and a steel core for superior strength and reliability.
- Deep Design: Approximately 9.5 inches inner depth to provide extra stability for taller posts or equipment.
- Floor Compatibility: Ideal for non-floating floors, including tile, wood, and synthetic materials installed over cement bases.
- One-Piece Design: Ensures a seamless and secure installation without additional components.
Specifications
| Attribute | Value |
|---|
| Materials |
Brass (top and lid), Steel (core) |
| Socket Depth |
9.5 inches |
| Compatible Pole Diameter |
3 inches (76 mm) |
| Floor Compatibility |
Non-floating floors with tile, wood, or synthetic surfaces over concrete |
| Design |
One-piece construction with an integrated lid |
| Intended Use |
Suitable for gym and sports setups utilizing 3-inch diameter posts |
Installation
This socket is designed for installation in solid, non-floating floors. It must be embedded securely in the concrete base to provide a flush and stable fit.
Benefits
- Durability: The combination of brass and steel ensures long-lasting performance in high-traffic environments.
- Aesthetic Finish: The polished brass top adds a professional and sleek appearance.
- Stability: Its 9.5-inch depth provides exceptional stability for 3-inch posts.
What’s in the Box
- 1 × Deep Brass Socket (with flush-fitting removable lid)
Additional Information
This socket is ideal for use in gymnasiums, recreational facilities, or other spaces requiring secure post installations. Its robust design ensures functionality and long-term performance in professional environments.
