We will be closed from Wednesday 19th February until Friday 21st February. Orders can still be placed but will not be processed or dispatched during this time. We are still contactable via phone or email as normal.
Standard delivery to the UK is free. An upgrade to first class is available for £3.
Delivery to Europe will be £4 for all items except tiles, for which a charge of £4 for every 4 100mm tiles is made, and £6 for every 4 150mm tiles. Please contact us for an exact quotation.
We can ship worldwide, however rather than charge a one off cost for this, it will be done on a case by case basis. Please contact us for rates.
Wooden Pan Stand/Trivet Made With Cath Kidston Paisley Pink
Completely unique shabby chic trivet, hand crafted by Simply Divine Things.
Each 6 inch square trivet is carefully crafted using Cath Kidston Paisley fabric in pink and a ceramic tile with wood surround. The tile is finished with a special coating to protect it from heat, dust, dirt, grease and spillages. The wood is left untreated. On the bottom is felt, so it can be placed on any surface and won’t damage it.
This item does not have any vanish involved in the making process, so it will not yellow over time. Due to the nature of handmade items they may have the odd flaw. This is part of the design appeal, and as you can see in the picture, they are finished to an extremely high standard, and are fit for purpose.
Each trivet will be slightly different depending on the fabric piece used.
The trivets come with special care instructions:
Usage: Any spillages should be removed immediately with a soft damp cloth. Keep out of direct sunlight to avoid fading. Dropping a trivet will most likely result in breakage as they are made from ceramic tiles.
Cleaning: Use a soft cloth with lukewarm water and a very small amount of bleach free clearner. Do not submerse in water or put in a dishwasher as this will damage your trivet, as will abrasive cleaning materials. Please bear on mind that if the wood is left damp for a long time, this may result in mould growth.