Description:
Safe and durable: This SUP paddle leash is made of super strong TPU urethane cord to handle the longest and heaviest of board, with precision molded-in double stainless steel swivels to prevent tangling, connection hardware made of durable stainless steel, which can be able to resist the sea water corrosion for a very long time.
Usual for surfboards:The leash rope is often used as a safety rope for surfboards or paddleboards. It is a soft guard, which can quickly pick up the paddleboard when it falls into the water.
Comfortable And Adjustable:Adjustable strap for perfect-fit with strong magic, make sure cuff won't slide around on your ankle, prevent blistering and chafing. Adjustable ankle rope can adjust the tightness to meet your different needs.
This leg rope comes with thickened soft wristband, lengthened and widened hook and loop, convenient ring pull design, provides convenience for you.
Apply To Most Types Of Surfboards:Suitable For Your Longboards Or Short Boards. Easy To Attach The Surfboard Leash To Your Board, Strong And Flexible For Surfing.
Features:
Soft hand guard, can quickly retrieve the pulp board when it falls into the water.
Commonly used for bodyboard surfboard or paddle safety rope.
TPU spring rope fast rebound, high strength, strong and durable.
It can be adjusted freely, adheres firmly, and is equipped with a quick pull ring, which can be easily pulled apart and used more conveniently.
Safety rope knot there are safety rope knots at both ends of the spring rope, which are firmer and safer.
While surfing, you can tie your feet up with your surfing ankle leash
The ankle leash on the surfboard is designed with a coiled spring rope to make it elastic.
Specification:
Color: Black
Material: TPU
Stretched Length: 3M
Hardness: 90± 2
The proportion: 1.20g/cm³
Resilience: 40%
Elongation: >450%
Tearing strength: > 80N/mm
Package included:
1x surfboard leash
Note:
Due to the light and screen difference, the item's color may be slightly different from the pictures.
Please allow 0.5-2 cm differences due to manual measurement.