This eye bolt is designed for lifting applications, with a zinc-plated finish that resists corrosion for both indoor and outdoor use. Its oval eye shape ensures smooth contact with lifting slings, shackles, or hooks, preventing damage during load handling. It also offers full customization—from thread size and shaft length to load capacity—to fit specific lifting needs, whether for industrial machinery, warehouse cargo, or construction site materials. Made from high-strength steel, it meets lifting safety standards, providing reliable support for various heavy-load tasks.

1. Q: What makes the "customization" feature useful for lifting needs? A: Customization lets users adjust key specs—like thread size, shaft length, and load capacity—to match unique lifting scenarios, such as fitting odd-sized machinery or handling specific cargo weights that standard bolts can’t accommodate.

2. Q: Why choose "zinc plating" for these lifting eye bolts? A: Zinc plating adds corrosion resistance, protecting the bolt from rust in both indoor (warehouse humidity) and outdoor (construction site rain) lifting environments. This extends the bolt’s life and maintains lifting safety.

3. Q: How does the "oval eye" design improve lifting safety? A: The oval shape creates a smooth, wide contact area with lifting slings, shackles, or hooks. It prevents sharp edges from damaging lifting gear and ensures the load stays stable during lifting, reducing slip risks.

4. Q: Can these bolts be customized for extremely heavy lifting (e.g., over 80kN)? A: Yes—load capacity is a customizable parameter. By upgrading to higher-strength alloy steel and adjusting size, the bolts can be tailored to handle loads beyond 80kN, as long as they meet relevant lifting safety standards.

5. Q: Are zinc-plated lifting eye bolts suitable for long-term outdoor use? A: They work for moderate outdoor use (e.g., short-term construction projects). For long-term outdoor exposure (e.g., permanent outdoor lifting setups), a thicker zinc coating or additional anti-corrosion treatment can be customized to enhance durability.