SHARK STOP

SCIENCE

Independent scientific testing shows SharkStop's fabric reduces the depth of a Great White shark bite to a shallow laceration. Stopping femoral artery bleeding can save your life.

Revolutionary use of space-age UHMPE ensures Shark Stop fabric significantly reduces lacerations compared to standard wetsuits.

NOT JUST A WETSUIT

Shark Stop bite-resistant wetsuits incorporate space-age ultra-high molecular weight polyethylene nanofibre (UHMPE).

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UHMPE has a strength to weight ratio 50% greater than kevlar, and 8-15x greater than steel*

UHMPE nanofibres are high modulus and abrasion-resistant, along with being UV resistant and lightweight with low density. This technology is widely used in ballistic protection and defence applications.

* Based on a scientific study led by Dr Simon Skovsgård at Aarhus University, Denmark 2019 – 2020

Learn more about the features of Shark Stop on our wetsuits page.

ADVANTAGES OF UHMPE FIBRES

HIGH STRENGTH

Strength to weight ratio 50% greater than kevlar.

LOW DENSITY

Lightweight protection material, reducing body fatigue.

ABRASION-RESISTANT

Low surface wear against continuous rubbing contact with another materials.

EXTENDED FLEXIBILITY

Resistant to fatigue from stretching and bending; features a long flexibility lifetime.

CUT RESISTANCE

Extremely high tolerance to cuts, in and out of the water.

IMPACT RESISTANCE

Excellent impact resistance and high impact absorption capacity.

NOT JUST A WETSUIT

Independent scientists tested nine different fabrics to establish the effectiveness of incorporating UHMPE nanofibres into wetsuits. Field testing showed the average depth of a bite from a Great White Shark on Shark Stop was considerably less than that on standard neoprene. This also results in a reduction of puncture length as the teeth can not penetrate as deeply.

"...helps reduce blood loss providing more time for medical aid to be given to the victim"

- Research Article

SHARK STOP FABRIC TESTING FOOTAGE

Minimising puncture depth through the fabric stops the tearing action of the teeth as it’s the bite force that punctures, but then the sides of the teeth can’t further tear the fabric between the teeth and this protects the body from the horrific bite / tear injuries, restricting them to smaller puncture wounds with much less tissue damage and blood loss.

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FORCE NEEDED TO PENETRATE SHARK STOP

SHARK STOP VS NEOPRENE

Through independent testing, scientists found the force required to penetrate Shark Stop fabric was significantly higher for Shark Stop (1150N) compared to standard neoprene (264N). This results in a reduction of punctures as well as a reduction in cut depth and length.

"...helps reduce blood loss providing more time for medical aid to be given to the victim"

- Research Article

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SHARK STOP

FORCE NEEDED TO PENETRATE SHARK STOP

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