Wichard Single Block with Becket, 55mm

The Wichard 64106 Single Block is a strong and lightweight sailing block designed for high-load applications and efficient rope handling.

Featuring a 55mm sheave, swivel head and integrated becket, it provides flexible installation and an additional rope attachment point for creating effective purchase systems.

Made with 316L stainless steel components, it offers excellent strength and resistance to marine corrosion.

Ideal for mainsheet systems, halyards and yacht rigging.

Key Features

• 55mm sheave: Suitable for ropes up to 12mm
• Swivel head: Allows flexible installation and better alignment with the load
• Integrated becket: Provides an additional attachment point for the rope
• Plain bearing system: Durable construction with stainless steel bush
• 316L stainless steel components: Excellent strength and resistance to marine corrosion
• High load capacity: Working load of 720kg
• Lightweight construction: Weighs only 200g
• Professional sailing use: Ideal for mainsheets, halyards and rigging systems

Technical Specifications

• Brand: Wichard
• Product Code: 64106
• Type: Single Plain Bearing Block
• Configuration: Swivel Head with Becket
• Maximum Rope Diameter: 12mm
• Sheave Diameter: 55mm
• Number of Sheaves: 1
• Length: 144mm
• Width: 63mm
• Thickness: 29mm
• Shackle Diameter: 6mm
• Working Load: 720kg
• Breaking Load: 1,500kg
• Weight: 200g
• Metal Components: 316L Stainless Steel
• Cheeks: POM
• Sheave: Composite
• Bearing System: Plain Bearing with Stainless Steel Bush
• Country of Manufacture: France

Directions for Use

Install the block securely using the swivel head and a suitable attachment point.

Pass the rope through the sheave and secure its end to the integrated becket where required by the purchase system.

Ensure the block is correctly aligned with the load and the rope runs smoothly.

Important Information

Do not exceed the specified working load of 720kg.

Always ensure the rope, attachment points and other rigging components are suitable for the intended application.