3. Infrastructure Projects Roadways, bridges, and tunnels often employ resin anchor bolts to secure fixtures and reinforcements that are critical for the integrity of these complex structures.

4. Reusability Many hex head bolts are designed for multiple uses, making them an economical choice in various scenarios.

M6 hex head bolts are widely used across numerous industries. In the automotive sector, they are often used to secure engine components and body panels due to their sturdy build and reliable fastening capabilities. Similarly, in the construction industry, these bolts serve essential structural roles, securing beams, frames, and various equipment.

4. Outdoor Structures Items such as fences, flagpoles, and signage installations benefit from the robustness of M20 bolts, which can endure outdoor stresses.

In addition to their practical benefits, TEKS screws contribute to enhanced structural integrity. The threading on TEKS screws is designed to improve grip and resistance against pull-out forces. This quality is essential in applications where secure connections are critical, such as in the construction of load-bearing structures or in environments subjected to vibrations.

2. Sleeve Anchors These anchors have a sleeve that expands as the bolt is tightened. Sleeve anchors are versatile and can be used in both concrete and masonry applications, making them ideal for various construction projects.

Common Applications

Washer head machine screws are characterized by their broad, flat heads that resemble a washer. This design provides a larger bearing surface than standard screws, which helps distribute the load more evenly across the material being fastened. The head’s geometry often includes a recessed area for a driver, facilitating easy installation and removal. Additionally, these screws are typically made from high-strength materials such as stainless steel, carbon steel, or alloy steel, ensuring durability and resistance to corrosion and wear.

5. Addressing Structural Movement Engineers should assess and address any potential sources of movement in a structure. Understanding soil conditions, load variations, and designing appropriately can reduce the risk of movement leading to loose bolts.