Over the coming weeks, we will be publishing more stories from our Solbari Community with a mission to help raise awareness about skin cancer, melanoma, sun protection, and skin conditions.
If you are interested in sharing your story, please answer the following questions from the relevant questionnaire and send us a picture of yourself being sun safe in the outdoors.
For individuals who have been diagnosed with skin cancer, melanoma or a skin condition:
For individuals who have not been diagnosed with skin cancer, melanoma or a skin condition:
You can see other customer stories from our "Your Stories Series" byclicking here.
Many don't realise that not all fabrics protect the same from the sun. Did you know that a regular white cotton t-shirt may have the equivalent protection of wearing SPF5 sunscreen? All Solbari products have the highest sun protective rating available in the world for fabrics and are tested in Australia with a UPF50+ certification, which is the equivalent to wearing SPF50+ sunscreen all day long.
* By sending your story and picture to Solbari, you give Solbari consent to publish your story and picture to Solbari's website and Solbari's Facebook page.
** Terms and conditions apply. Submit your story by Thursday 28th March 2019 at 11.59pm. 10 stories will be randomly selected and entrants will be notified and sent their £70 voucher on Saturday 30th March 2019. Vouchers valued at GBP£70 each. Cannot be exchanged for cash. Not valid in conjunction with other promotions or offers. Voucher needs to be redeemed in 1 transaction before 27 April 2019.
The SOLBARI Team
This blog post is for information purpose only.
Many of us see the ultraviolet (UV) index on weather reports and read about UV alerts at particular times of the day. But do you know what it actually means and how it affects you?
There are two main types of UV rays and both cause damage to skin cells. Ultraviolet light is a form of radiation invisible to the human eye. Ultraviolet wavelengths of sunlight are made up of UVB, which has shorter wavelengths and higher energy, and UVA, which has longer wavelengths and lower energy.