Free, easy returns

Need to return an item you’ve purchased?

We’re 100% confident in the products we sell, but in the unlikely event you do need to return an item, as long as it’s in its original condition and within 60 days of purchase we’ll give a full refund – no questions asked.

We’ll cover the return shipping and also refund you the cost of the original shipping as well.

All refunds are processed within one day of us receiving the returned goods.

Safe, secure shopping guarantee

Comodo. is a technology company that specializes in data encryption for e-commerce. It is one of the most recognized companies for certifying that a website is secure and encrypted. With Comodo, you can feel confident shopping on our website!

Understanding Break Loads and Safe Working Loads

The break loads shown are indicative only and not test certified. Break loads will also lower as a result of knotting and splicing.

A rope’s break load is calculated as an average result achieved under laboratory conditions on new rope, pulling at a slow and steady speed, in a straight line. These lab conditions however, rarely apply to real-world scenarios during which a variety of factors may cause the rope to break under much reduced loads. As a result, a rope’s safe working load is always much lower than its minimum break load.

Safe working loads differ from rope to rope and take into account all the factors that may affect the rope’s behaviour, as well as the degree of risk to life and property involved. It is not possible for us to recommend blanket safe working loads for ropes stocked, instead the following should be understood as a guide only:

In applications with minimal risk to life, or minimal risk of serious damage in the event of rope failure, the safe working load may be calculated at 1/5 of the minimum break load.
For life critical applications, or those with risk of serious damage in the event of rope failure, the safe working load should be calculated at 1/12 – 1/15 of the given breaking load.

Other factors to consider when determining a safe working load include; impact of dynamic loading, reduction in strength due to knotting, size and length.
Safe working loads should always be determined by an engineer or qualified professional.

Trade accounts welcome

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed condimentum neque vel tincidunt efficitur. Maecenas eleifend mi sed tincidunt rhoncus. Quisque quis luctus odio. Mauris quis lorem justo.

Free next day delivery

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed condimentum neque vel tincidunt efficitur. Maecenas eleifend mi sed tincidunt rhoncus. Quisque quis luctus odio. Mauris quis lorem justo.

Material	Galvanized Steel
Item Weight	0.45kg
Length (mm)	254

Shopping Cart

Shopping Cart

10″ (254mm) Galvanised Double Boat Hook End

Additional information

Questions & Answers

Shopping Cart

10″ (254mm) Galvanised Double Boat Hook End

Additional information

Questions & Answers

Login

Register