This auction is for the EXCLUSIVE chance to own a pair of Sili’s brand NEW ‘Ares’ design Sili Sunglasses These UV protected and polarised frosted black Sili Sunglasses come with metallic green lenses in the brand new ‘Ares’ design, including Sili microfiber protective case, cloth bag and lens cloth, worth GBP£55 / USD$70. Please note this prize includes complimentary shipping within the UK, shipping to Europe will incur a further £5 charge and the rest of the world will incur a further £10 charge.
This is the last pair of sunglasses you’ll ever need – created by the extreme sports enthusiasts at Sili. Your cleverly designer Sili Sunglasses not only look great but they are durable and come apart on impact with the slopes, sand or anything else for that matter! Made from an extremely flexible, shatter and scratch resistant light polymer, Sili Sunglasses bend but bounce right back to their original shape and their high quality polarised lenses offer 100% UVA and UVB protection for optimal levels of vision clarity. Sili Sunglasses feature interchangeable frames, arms and lenses for added style options (additional frames, arms and lenses to be purchased separately). This auction item comes with an original Sili microfiber protective case, Sili cloth bag and Sili lens cloth.
Terms & Conditions: Luxury Travel Diary terms and conditions apply. This auction item is valued at GBP£55 by Sili Sunglasses. No cash alternative is available. This auction prize is a pair of pre-designed Sili Sunglasses (winner cannot change colour choices) in their NEW ‘Ares’ design with frosted black arms and frame and metallic green reflective polarised lenses. Please note this prize includes complimentary shipping within the UK, shipping to Europe will incur a further £5 charge and the rest of the world will incur a further £10 charge. Winners must pay for their auction item in full via Paypal within 48 hours of the auction end, otherwise Luxury Travel Diary Ltd. reserves the right to offer the auction item to the next highest bidder with immediate effect.