About Lifting Eye Bolts
Product Specification
| Bolt Type |
16mm to 25mm |
| Size/Capacity |
16mm*50mm |
| Color |
Depends |
| Material |
MS, SS, SS 304 and SS316 and Alloy Steel |
| Surface Treatment |
Polished |
| Diameter |
16mm |
| Grade |
MS, SS, SS 304 and SS316 and Alloy Steel |
| Quantity Per Pack |
Min 100 Nos.. |
Versatile Installation and PerformanceDesigned for easy screw-in installation, lifting eye bolts support axial loads and specified angles, making them suitable for varied environments and load directions. Their robust construction and surface treatments-galvanized, zinc plated, or self-colored-guarantee long-lasting durability, even at temperatures from -20C to 200C. Engineered for precision, they adapt to diverse machinery and structural setups.
Quality Standards and MarkingEach lifting eye bolt adheres to international standards including DIN 580, DIN 582, and ASTM, ensuring consistent quality and performance. Markings stamped on the head indicate size and grade, facilitating quick identification during installation and inspection. Manufactured in India by reputable suppliers, traders, and manufacturers, their rigorous production and testing ensure reliable lifting operations.
Maintenance and LifespanRegular inspection is recommended for maintaining safety and performance, whether in demanding industrial conditions or routine applications. The smooth, rust-resistant finish helps extend service life, reducing downtime and replacement costs. Proper use increases operational safety and leverages the full load-bearing potential of each eye bolt.
FAQ's of Lifting Eye Bolts:
Q: How should I install lifting eye bolts to ensure maximum load capacity and safety?
A: Lifting eye bolts must be screwed in fully to a threaded hole using the correct thread type (Metric, UNC, UNF) as specified. Ensure the shoulder is flush with the mating surface for shoulder types and the eye is properly aligned with the load direction. Follow guidelines outlined in standards like DIN 580 or DIN 582, and never exceed rated capacity.
Q: What inspection and maintenance steps are recommended for lifting eye bolts?
A: Periodically check lifting eye bolts for signs of wear, corrosion, thread damage, or deformation. Clean regularly and ensure stamped markings are legible for identification. Replace immediately if defects are found. Regular inspection guarantees safety and extends service life.
Q: When and where are lifting eye bolts typically used?
A: Lifting eye bolts are commonly employed in machinery, industrial equipment, and structural lifting operations. They are suitable for both indoor and outdoor use, functioning reliably within temperatures from -20C to 200C. Applications include lifting heavy machinery parts, securing loads, and supporting rigging assemblies.
Q: What materials and surface finishes are available for lifting eye bolts?
A: These eye bolts are made from forged steel, carbon steel, or stainless steel, selected for strength and durability. Surface treatments include galvanizing, zinc plating, or self-coloring, all of which enhance rust resistance and performance in various environments.
Q: How do I choose the correct size and capacity for my application?
A: Select the diameter (ranging from M6 to M64 or as specified) and type based on the weight of your load and application requirements. Refer to manufacturer specifications and standards to ensure the chosen eye bolt's working load limit meets or exceeds your needs. Incorrect sizing may compromise lifting safety.
Q: What benefits do stamped markings provide on lifting eye bolts?
A: Stamped markings on the head indicate size and grade, helping users quickly identify specifications during installation, inspection, and maintenance. This reduces risk of installation errors and enhances operational safety by assuring the correct bolt is used for the task.
Q: Which packaging options are offered for lifting eye bolts?
A: Lifting eye bolts can be supplied in cartons, wooden boxes, or plastic bags, depending on quantity, size, and handling requirements. These packaging methods help prevent damage during transport and storage, ensuring components arrive in optimal condition.