Border Sundials of Monmouthshire is on a roll!
Capel Tenison, 46, of Border Sundials in Monmouthshire, has been producing sundials for 20 years. Border Sundials will be exhibiting once again at the 2011 RHS Chelsea Flower Show in May. Yet again for 2011 we have moved to a new location - Stand MR22 just at the bottom of the Sweetingham Steps.
Chelsea is the year’s most important flower show and is always a busy week. This year has been especially busy and I’m working frantically to be ready. Not only have I moved to a new workshop, I’ve also developed some exciting new products.
Last year I unveiled my stainless steel armillary spheres which have proved to be a big hit. I'm ecstatic about the development of this unique design. I hand polish the stainless steel to a mirror-finish which will shine even in the cloudiest weather. This year as well as the stainless steel armillaries, I will be showing a superb Stained Glass vertical dial. These are made to order for your windows and can be made of almost any colour glass and any design.
If you are coming to the show, please drop by to discuss a sundial project or simply “talk time and drink wine” - which is my favourite!

Sunlight's beauty captured by Border Sundials' exclusive Stained Glass Vertical Sundial

Border Sundials’ new stained glass vertical sundial (view from inside)

Border Sundials’ new stained glass vertical sundial as viewed from outside

Border Sundials’ 2011 RHS Chelsea Flower Show stand

One of Chelsea’s Pensioner’s escorting a beau through the Chelsea Flower Show

Bright sunlight strikes and casts its reflection across the Border Sundials stand

You can see the detail of the engraving as the sunlight reflects off the stainless steel across the stand

The new for 2010 Stainless Steel Armillary Sphere on Border Sundials RHS Chelsea Flower Show Stand

The sun shining through on to the new Stainless Steel Armillary Sphere, Border Sundials Stand at the RHS Chelsea Flower Show 2010

2010 Border Sundials RHS Chelsea Flower Show Stand

My son William working inside an armillary sphere

