- Thomas Kent Mini Crofter Mantel Clock
Thomas Kent Mini Crofter Mantel Clock
- Lead time for items that are to be ordered: 2-3 weeks
- Features: Pretty floral dial with metallic foiled embossed numbers and convex glass
- Movement: Quartz movement with a silent sweep
- Depth: 2" (5cm)
- Materials: Painted composite with metal hands
- Power: Requires 1 x good quality alkaline AA battery (not included)
Delivery Options (UK Mainland):
- Click & Collect - FREE
- Courier Delivery Service - FREE for Orders over £50, £4.95 per orders under £50
- 2-Man Delivery Service - FREE within a 50-mile radius of Banchory, £50 per order to all other UK destinations
- Our delivery charges are not cumulative. The maximum you will pay for the delivery of any total order is either £4.95 or £50.00.
- Spend over £50 on items that require a courier delivery and delivery on these items is FREE!
- Buy any item that carries a £50.00 two-man delivery charge and you will automatically get FREE DELIVERY on any items in your order that requires courier delivery.
Click & Collect
We offer a FREE click & collect option on all homeware orders, once your order is in available in-store you will receive an email notification. Feel free to collect your order at your earliest convenience.
Courier Delivery Service
Items sent to you by our standard courier delivery service will be delivered by one of our courier companies (normally within 2-4 working days). Regardless of the cost of the items, we take the utmost care to ensure that each individual item is packed safely and securely. Furthermore, we’re serious about the environment and so wherever possible our distribution team use recycled packaging materials to ensure that your delivery and the environment are both looked after!
2-Man Delivery Service
Our two-man delivery service is generally required for all medium and large furniture products. With over 30 years' experience in furniture delivery we are confident that we, along with our expert delivery partners, have the skill to ensure that your delivery will be carried out as efficiently as possible with the least disruption to you.