DIN444 Black Oxide Eye Bolts Galvanized Long Hook Forged Lifting Round Ring M2 M4 M12

This screw eye bolt meets the DIN444 standard, ensuring reliable safety and performance for small-to-medium lifting tasks. It’s crafted from stainless steel (e.g., 304 or 316) and paired with galvanization, delivering double protection against corrosion for both indoor and outdoor use. The forged structure boosts its strength to handle loads from 0.5kN to 15kN, while the long hook and round ring design make it easy to connect to slings, hooks, or mounting points. Available in thread sizes M2 to M12, it fits a range of needs—from lifting light tools to securing small industrial components.

Applications:

1. Small-to-medium lifting of light machinery and tools
2. Fixing equipment in industrial production settings
3. DIN444-compliant indoor lifting setups (e.g., warehouse small cargo)
4. DIN444-compliant outdoor lifting tasks (e.g., light outdoor fixtures)
5. Lifting and securing small industrial components

Q & A

1. Q: What’s the benefit of complying with the DIN444 standard?

   A: DIN444 compliance ensures the bolt has uniform dimensions, load capacity, and safety performance. This means it meets industry-wide lifting safety requirements, avoiding risks from non-standard, untested products.

2. Q: Why use stainless steel as the base material instead of regular carbon steel?

   A: Stainless steel (e.g., 304, 316) adds inherent corrosion resistance, which pairs with galvanization to better withstand outdoor or humid lifting environments. It also maintains strength for small-to-medium lifting tasks without rusting easily.

3. Q: How does the "forged" process improve the bolt’s lifting safety?

   A: Forging eliminates internal flaws in the metal, making the bolt’s structure more uniform. This boosts tensile strength (≥500MPa) and durability, ensuring it won’t break suddenly under its rated load (0.5kN–15kN).

4. Q: What’s the purpose of the "long hook" design?

   A: The long hook provides more flexibility for connecting to mounting points or lifting hardware. It can reach deeper or harder-to-access positions, making it easier to set up for small-to-medium lifting tasks (e.g., lifting light tools).

5. Q: Why offer thread sizes from M2 to M12 specifically?

   A: M2–M12 covers the most common small-to-medium lifting needs. Smaller sizes (M2–M6) suit light tools, while larger sizes (M8–M12) handle heavier loads (up to 15kN), matching typical DIN444-compliant lifting scenarios.