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Coefficient of friction data of various in-shoe materials. ENGO reduces COF the most, in dry and wet conditions. ENGO Blister Patches are very thin – only 0.38mm. There’s a significant advantage to this, and that is, they won’t change the way your shoe fits. This is important, especially in endurance activities where your feet swell. It’s also important if your shoes are tight already in certain areas – like if you’ve got a bunion. You simply can’t afford to add more bulk into your shoe in this area without making things worse. Blister pads, cushions and protectors all take up room in your shoe and can change shoe-fit. The ENGO blister patches come without how-to-use instructions. It represents best value to experienced users with: Friction blisters are a common ailment, there's no doubt about it. We've looked closely on this blog at their high incidence in activities such as running, hiking, netball and in the military. These painful skin injuries are caused by repetitive shear deformation within the skin. The use of polytetrafluoroethylene (PTFE) patches has been found by many to be an effective solution in preventing and treating friction blisters of the foot. In this article, we will discuss the properties of PTFE that make it so helpful. The benefits of PTFE patches, specifically the product ENGO Blister Patches (also known as Shearban) will be discussed. We will also include interesting facts about PTFE that will enhance your understanding of this truly unique material.
ENGO Blister Prevention Patches - Heel Pack, 2 Patches X 2
ENGO Blister Patches work by doing one thing only - but they do it well. That is, they reduce the coefficient of friction (COF). PTFE, also known as Teflon, is a synthetic fluoropolymer that is known for its unique combination of properties. It is highly resistant to chemicals, high temperatures, and has the lowest coefficient of friction of any solid material. These properties make PTFE an ideal material for use in various industrial, medical and consumer applications, including the management of friction blisters of the foot.PTFE is also used in a wide range of medical and industrial applications, including as a graft material in surgery, as a coating on catheters and in gaskets, seals, and bearings.
ENGO Blister Prevention Patches - Heel Pack (E-2HSP)
One of the key benefits of ENGO Blister Patches is that they adhere to the shoe, rather than the skin, and last for weeks to months, sometimes even years! This makes them a cost-effective and convenient solution for people who are prone to developing friction blisters and always on the go. The other outstanding feature of ENGO’s PTFE patches is they are extremely thin, and therefore don’t adversely affect shoe fit. This is particularly convenient in ultra-endurance activities like multiday hiking (like walking the Camino) and ultramarathon events where swelling of the feet is common. This has become the gold standard for longevity in blister prevention. And it has taken blister management for the following scenarios to a whole new level: Race situations where you don’t have time to stop to reapply your blister strategy, like lubricants or powders.When you apply an ENGO Blister Patch to your shoe or insole, with just a tiny bit of care, it will stay there indefinitely. The adhesive is strong and the patches are extremely durable. You can expect a single ENGO Patch to last day after day, week after week, month after month – for a good 300 miles (~500kms). You’ll know it’s time to replace them if the blue surface wears through to white. When you use ENGO Blister Patches, you put them just where you need them – only at those blister-prone areas. In this way, you’re relieving ‘bad’ friction to avoid blisters whilst maintaining ‘good’ friction elsewhere esle. This is the best way to manage friction. We call it targeted friction management. Pro 5: Different Shapes & Sizes Prevent blisters for a personal best Whilst running, hiking, on your feet or at a music festival - Keep moving without the painful interruption of blisters. ENGO Patches reduce friction by reducing the coefficient of friction. Not by a little, by a lot! And they do this even moist conditions, like it invariably is inside your shoe. Take a look at these bar graphs – ENGO is the smallest bar in both. And it doesn’t matter whether it’s wet or dry. In essence, they take moisture out of the equation.
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