Be unique and personalise your very own coir door mat. These mats are great for the home and make an ideal gift for a wedding, house warming, birthday, etc. Our coir mats are stencil printed, you can have 12 characters on line 1 & 2, 9 characters on line 3, including spaces, all text will be in CAPITALS. Maximum 3 lines per mat. If you require a line blank, please put LEAVE BLANK. Once printed mats should be used indoor only.
Please contact us directly prior to purchase if you have any questions.
How to order:
- Order and pay for your selected doormat
- Email customerservice@jvl.co.uk with your required personalised message
Due to the item been personalised we can not accept returns. We reserve the right to refuse inappropriate language, branding or offensive messages. As this is a stencil print, the design will eventually fade.
Coir mat features:
Our latex coir mats are premium quality with a latex backing and the coir has been mechanically twisted for less shedding. They’re made from 100% natural coir (renewable resources; coir fibre, jute and natural latex). The rubber latex backing reduces the risk of slipping and helps the mat stay flat to the floor with no curling. The coconut hair (natural coir) offers fantastic scraping qualities for muddy shoes and boots and absorbs water well, meaning your floors stay cleaner for longer. The doormat is 100% biodegradable so when you’ve finished with the mat and its sent to landfill the natural coir will disintegrate with one year and the latex compound will disintegrate within five years, subject to soil conditions. The packaging and kimbles are recyclable too.
Features:
- Plain design
- 100% Biodegradable
- Rubber latex backing reduces risk of slipping
- Mechanically twisted coir for less shedding
- Great scraper properties
- 100% natural coir (coconut hair) with rubber latex backing
- 15mm pile depth
- Natural coir will disintegrate with one year
- Latex compound will disintegrate within five years, subject to soil conditions
- Size: L:70 x W:40cm approx.
- Weight: 2kg approx.