Certified Lifting Eye Nut

The Certified Lifting Eye Nut come in various colors and surface treatments, which depend on their material and the application environment.

The most common appearance is natural steel color - silver-gray, suitable for indoor use, such as in warehouse environments. For outdoor or damp areas (such as construction sites or near water sources), galvanized screws may be seen. These screws have a shiny silver or slightly yellowish color, which helps prevent rust.

There is also an option of black oxidation treatment, with colors ranging from dark gray to black, providing additional protection against rust and wear.

These screws do not have bright or flashy colors - they are purely for practicality, not aesthetics. This surface treatment evenly covers the entire screw, thread, and ring to help make them more durable.

Price advantage

Our telescopic Certified Lifting Eye Nut are priced lower than many other brands, yet they still maintain excellent quality. For common types, such as the stainless steel M12 model, our prices are usually 10% to 15% lower than those of other major brands. We can achieve this because we directly obtain materials from steel suppliers, without the involvement of middlemen.

Even more robust and durable models (such as those made of high-strength steel) still have competitive prices because we can produce these products efficiently, thereby reducing waste.

For example, a pack of 10 standard nut and bolt nuts costs approximately $25 - while similar nuts elsewhere typically cost between $30 and $35.

We also ensure there are no hidden fees. The prices we offer include all costs, meaning what you see is exactly what you need to pay. Thus, whether it's a small shop or a large company, these nuts are a practical choice.

FAQ

Question: What is the working load limit (WLL) for your Certified Lifting Eye Nut?

Answer: The working load limit for each Certified Lifting Eye Nut is clearly marked on the product, and it may vary depending on its size and material. Please do not exceed this rated capacity, and also take into account the lifting angle, as this angle will significantly affect the actual safe lifting capacity.