6655 - Wichard Marine Wichard Diamond Pad Eye - Square - 79mm Length (3-7/64") - M6 Screw

Diamond Pad Eye - Square - 79mm Length (3-7/64") - M6 Screw

Features:

• Mechanical resistance versus corrosion resistance ratio
• Optimized dimensions
• For M6 screw

Applications:

• Mast foot blocks 
• Reefing blocks
• Various fastenings

Specifications:

• Materials: Duplex stainless steel grade
• Working Load: (lb) 5950 / (kg) 2700
• Breaking Load: (lb) 16093.7 / (kg) 7300
• Weight: (lb) 0.32 / (g) 145
• W.L 1 (90 degrees): (lb) 6393.4 / (kg) 2900 
• W.L 2 (45 degrees): (lb) 5732 / (kg) 2600
• W.L 3 (0 degrees): (lb) 5291 / (kg) 2400 
• B.L 1 (90 degrees): (lb) 16093.7 / (kg) 7300 
• B.L 2 (45 degrees): (lb) 15211.9 / (kg) 6900 
• B.L 3 (0 degrees): (lb) 13889.1 / (kg) 6300 

Dimensions:

• A: (inch) 3 7/64" / (mm) 79
• B: (inch) 2 23/64" / (mm) 60
• C: (inch) 1 31/32" / (mm) 50
• D: (inch) 1 17/64" / (mm) 32
• E: (inch) 39/64" / (mm) 15.5
• F: (inch) 55/64" / (mm) 22

Caption:

• Working Load (WL): For nautical applications
• Working Load Limit (WLL): For industrial applications only. The safety factor is 5 times the breaking load. WLL = Breaking load / 5

*Sold as an Individual

The Wichard Diamond Pad Eye (part number 6655) is a square-shaped fastening component designed for secure attachment points in demanding environments. Constructed from Duplex stainless steel, it offers a high ratio of mechanical resistance to corrosion resistance, making it suitable for both marine and industrial applications. This pad eye measures 79mm (3-7/64") in length and is engineered for use with M6 screws. It is commonly applied in scenarios requiring robust fastening, such as for mast foot blocks, reefing blocks, and other general attachment needs where reliable load bearing is critical. The optimized dimensions facilitate integration into various systems, providing a durable solution for securing equipment or lines. This product is intended for buyers who require a high-strength, corrosion-resistant anchor point capable of withstanding significant working and breaking loads.