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Feedback from Max:
I wanted to send you an email to let you know how I've got on with RIDE sunscreen, it is a great product. I've mainly used it on mountaineering trips at home and abroad and it's been the best sunscreen I've ever used. I've put it through its paces on two trips to India and numerous weekends in the UK. The best thing about it is the fact I haven't had to constantly reapply it, even when I've been sweating 'A LOT' on those uphill drags. On long routes when I've got all my gear on reapplying sunscreen has been a faff that I always put off; leading to some pretty burnt skin on sunny days. This just hasn't been an issue with RIDE. I also love the fact that it doesn't sting my eyes. I've had bad experiences in the past of being seriously uncomfortable from sunscreen in the eyes while belaying a partner, not a good time to be distracted!
RIDE has coped with intense sun at altitude, minus 25 degree temperatures, and the best of British weather without a hitch. I've attached a few photos from my trips which show the really diverse conditions I've used RIDE in.
Thanks for such a great product!
Article original published on The 5K Runner in July 2017:
The dangers of UVA for runners and the difference between Physical and mineral sunscreen
Why do runners need to protect their skin? You may have got a little sunburnt after that June heat wave, but now you have a good base tan and no more burning, right? (Unless we did go on that 20 mile long run, in the middle of the day, in a vest, yes we got burnt then). Firstly, we need to understand what causes our skin to burn. The sun produces a spectrum of UV rays, and the ones that can damage our skin here on Earth are UVA and UVB rays. People are generally familiar with UVB rays, which are responsible for making your face look like a plum tomato after the first sunny day of the year. We all understand that when we get sunburnt it’s not great for us (and it hurts like hell), so we use sunscreen to protect ourselves. The amount of protection from UVB rays is determined by the SPF rating of a sunscreen, which relates to the amount of time you can spend in the sun before you get burnt. Typically, if you would normally get burnt after 10 minutes, applying a factor 15 sunscreen should allow you to stay in the sun for 15×10 – so 150 minutes. So theoretically if you apply a factor 50 you could stay in the sun for 500 minutes (50×10), though if you read the back of most sunscreens they will tell you to re-apply every 2 hours. The SPF is also not a great indication of what percentage of UVB rays a sunscreen can block. For example, SPF 15 will block 93% of UVB rays, SPF25 about 96% and SPF50 98%. As we can see, the SPF rating is not a clear as it might seem.
What about when you have been running all summer and you can go out for an hours run without sunscreen and not get burn? No problem right? Wrong, because this is where UVA rays can get you. Though they don’t generally make your skin visibly burn after exposure, they are instead responsible for wrinkling and ageing of the skin as well as contributing to the development skin cancers. This is why it is so important to keep on protecting your skin all the way through the summer, because although your skin might not show visible sunburn, under the surface there is damage being done.
You can ensure that the sunscreen you are using is protecting you from UVA rays by looking for either the boots start rating system, a UVA symbol in a circle (which represents the UVA protection is at least a third of the SPF), or the words ‘broad spectrum’ appearing on the packaging. Ride Skincare’s Ride Protect SPF25 sunscreen uses the European UVA circle symbol, and the UVA protection is two thirds of the SPF.
A lot of consumers might not be aware that there are actually two very different types of sunscreen. There is the regular high street ‘chemical’ sunscreen, which use a number of synthetic chemicals (called chemical filters) that absorb into the skin and break down the UVA and UVB rays in a chemical process rendering them inert. The second type of sunscreen is called ‘physical’ or ‘mineral’ sunscreen, which instead use mineral filters (either zinc oxide or titanium dioxide) that sit on top of the skin and reflect the UVA and UVB rays.
There are a number of advantages and disadvantages of both. Chemical sunscreens for example can be made to be very light, thin and clear for easy application. They are also cheaper to manufacture. Mineral sunscreens have the advantage that they start protecting the skin as soon as they are applied (chemical sunscreens require you to wait 20 minutes before sun exposure), and can also achieve their protection using just one ingredient. Chemical sunscreens will typically use a combination of various different chemical filters to achieve their protection along with photo stabilisers to stop the chemical sun filters degrading from the UV rays.
There are a large number of studies that point to the potential harmful consequences from a number of chemical sun filters. I would however stress however that no government has banned or issued warnings about dangers of these chemical filters that are currently available. At Ride we simply like to do things in a more natural way, and therefore there was no doubt in our mind that we wanted to create a sunscreen using a mineral sun filter found occurring naturally on Earth. We use the mineral Titanium Dioxide, which gives a great balance between UVA and UVB protection. Furthermore, we chose a non-nano grade of Titanium Dioxide to ensure there was no risk of particles entering the body and blood stream and causing unknown side effects, which is an issue that has been raised with the use of nano grade mineral filters.
The most important thing is to protect your skin, which ever type of sunscreen you choose. You skin will thank you for it in the years to come.