Steal This Deal M33 X 3.5 Shoulder Eye Bolt 6,400 Kg Wll (41321) Massive 75% Savings [dV8WvAIp]

High-Performance M33 x 3.5 Shoulder Eye Bolt

Experience the ultimate in strength and durability with the M33 x 3.5 Shoulder Eye Bolt. Engineered by ACTEK® Manufacturing & Engineering, this premium bolt is designed to exceed your lifting and anchoring needs. With a remarkable Working Load Limit (WLL) of 6,400 kg, it's the perfect choice for demanding applications where safety and reliability are paramount. The robust construction ensures that this bolt will withstand the toughest conditions, making it a reliable solution for various heavy-duty lifting tasks.

Key Product Features and Specifications

This exceptional bolt is built to the highest standards, featuring a Thread Size of M33 x 3.5, which provides exceptional gripping power and resistance to shearing. The bolt measures B: 3 1/2 in, C: 2 1/2 in, D: 5 3/16 in, and E: 2 3/16 in, offering a perfect fit for a wide range of applications. Made from high-quality c1030 material, this bolt boasts a plain or Black Oxide finish for a professional appearance and corrosion resistance. Additionally, it undergoes a Quench & Draw heat treatment process to enhance its strength and hardness. To further meet your requirements, the bolt is available in stainless steel, with options for longer thread lengths and fine threads.

Practical Applications and Benefits

The M33 x 3.5 Shoulder Eye Bolt is a versatile tool that finds applications in numerous industries, including construction, manufacturing, and transportation. Its ability to handle heavy loads makes it ideal for tasks such as lifting heavy machinery, securing equipment, and anchoring structures. The following benefits highlight why this bolt is a standout choice:

• Superior Strength: With a WLL of 6,400 kg, the bolt offers unmatched strength and reliability.
• Customization: Available in various sizes and finishes, the bolt can be tailored to meet specific project requirements.

However, it is important to exercise caution and avoid angle lifts to prevent load limits from being reduced by 75%. Ensure that the shoulder is mounted flush to the lifting surface for optimal performance.