Description
Wichard 10mm Self-Locking Shackle | Boat Supply Store
Prevent critical rigging failure caused by vibration with the Wichard Self-Locking Bow Shackle, engineered for extreme reliability. This 10mm (13/32") shackle boasts a breaking load of 9470 lb, forged from Grade 316L stainless steel to withstand harsh marine environments. Its innovative self-locking pin ensures a secure connection, making it indispensable for attaching multiple lines on offshore sailing vessels or demanding winch systems.
Key Features
- Unmatched Security through its innovative self-locking pin mechanism.
- Superior Corrosion Resistance from forged Grade 316L stainless steel construction.
- Exceptional Strength with a breaking load of 9470 lb.
- Reliable Vibration Resistance preventing accidental loosening of lines.
- Ample Room for connecting multiple lines or cables.
- CE Marked for traceability and quality assurance.
- Easy Installation requiring no specialized tools for basic attachment.
- Durable Design for demanding marine applications.
Specifications
| Product Specifications | |
|---|---|
| Wichard Self-Locking Bow Shackle | 10mm (13/32") diameter |
| Material | Grade 316L stainless steel |
| Pin Type | Self-locking pin |
| Working Load | 3350 lb |
| Breaking Load | 9470 lb |
| WLL (Industrial) | 1890 lb |
| Dimensions (A) | 1-27/32" |
| Dimensions (B) | 25/32" |
| Dimensions (C) | 25/64" |
| Dimensions (D) | 25/32" |
| Dimensions (D diameter) | 25/64" |
| Dimensions (E) | 23/64" |
| Dimensions (M) | 2-3/64" |
Who This Is For
Sailors, boaters, and marine professionals who require an exceptionally secure and durable attachment point, especially in environments prone to vibration or where multiple lines converge. This shackle is designed for critical rigging applications where failure is not an option.
How It Compares
| Feature | Wichard 10mm Self-Locking Shackle | Competitor |
|---|---|---|
| Locking Mechanism | Self-Locking Pin | Screw Pin |
| Material | Grade 316L Stainless Steel | 316 Stainless Steel |
| Breaking Load (lb) | 9470 | ~7000-8000, ~6500-7500 |
| Working Load (lb) | 3350 | Not specified for marine use, Not specified for marine use |
| WLL (lb) (Industrial) | 1890 | null, null |
Common Concerns Answered
Why is this shackle more expensive than standard screw pin types?
The higher price point reflects the advanced self-locking pin mechanism, which provides superior security against accidental loosening due to vibration, and the premium Grade 316L stainless steel construction for enhanced durability and corrosion resistance in demanding marine environments.
Can I use the industrial WLL for my boat?
The specified WLL of 1890 lb is for industrial applications. For marine use, always consider the shackle's breaking load of 9470 lb and apply appropriate safety factors based on your specific application and regulatory requirements. Consult a marine rigging professional for critical load calculations.
How does the self-locking pin ensure security?
The innovative self-locking pin mechanism is designed to engage securely and resist loosening from constant motion and vibration, unlike standard screw pins that can back out over time. This provides a critical safety advantage for rigging.
Frequently Asked Questions
What is the working load limit (WLL) for the Wichard Self-Locking Bow Shackle - 10mm?
The shackle has a working load of 3350 lb. The specified WLL for industrial applications is 1890 lb.
What material is the Wichard Self-Locking Bow Shackle made from?
This shackle is forged from high-quality Grade 316L stainless steel, renowned for its excellent corrosion resistance in marine environments.
What are the dimensions of the Wichard Self-Locking Bow Shackle - 10mm?
The key dimensions are: A=1-27/32", B=25/32", C=25/64", D=25/32", D diameter=25/64", E=23/64", and M=2-3/64".
What is the breaking load of this shackle?
The shackle has an impressive breaking load of 9470 lb.
Is this shackle suitable for lifting applications?
While the shackle has high working and breaking loads, the specified WLL is for industrial applications. For marine lifting applications, always adhere to industry-specific safety factors and consult with a rigging professional to ensure compliance and safety.
