The Story
The 22mm Triple Micro Block with Becket is an essential component for marine enthusiasts, offering a compact and lightweight solution for various boating and fishing applications. Engineered for durability and high performance, this micro block ensures smooth operation and reliable load management on your vessel.
Key Features
- Low-friction design for effortless line management
- Compact and lightweight construction for easy installation
- Triple sheave system for enhanced functionality
- Becket included for secure attachment to lines
Technical Specifications
| Specification | Details |
|---|---|
| Sheave Size | 22mm / 7/8in. |
| Length | 64mm / 2.5in. |
| Weight | 64g / 2.25oz. |
| Maximum Line Diameter | 6mm / 1/4in. |
| Maximum Working Load | 227kg / 500lb |
| Breaking Load | 544kg / 1200lb |
Applications
Ideal for a range of marine and boating operations, including fishing setups, sailboat rigging, and secure line management. The high load capacity ensures safety and reliability even under demanding conditions.
Description
The 22mm Triple Micro Block with Becket is an essential component for marine enthusiasts, offering a compact and lightweight solution for various boating and fishing applications. Engineered for durability and high performance, this micro block ensures smooth operation and reliable load management on your vessel.
Key Features
- Low-friction design for effortless line management
- Compact and lightweight construction for easy installation
- Triple sheave system for enhanced functionality
- Becket included for secure attachment to lines
Technical Specifications
| Specification | Details |
|---|---|
| Sheave Size | 22mm / 7/8in. |
| Length | 64mm / 2.5in. |
| Weight | 64g / 2.25oz. |
| Maximum Line Diameter | 6mm / 1/4in. |
| Maximum Working Load | 227kg / 500lb |
| Breaking Load | 544kg / 1200lb |
Applications
Ideal for a range of marine and boating operations, including fishing setups, sailboat rigging, and secure line management. The high load capacity ensures safety and reliability even under demanding conditions.