Origin : China
Hign-concerned Chemical : None
Feature : Eco-Friendly
origin : Made in China
material : wooden
shape : irregular
feature1 : Anti-scald
feature2 : heat insulation
feature3 : non-slip
Brown Bear Wooden Coasters Anti-scald Heat Insulation Non-slip Placemats Kitchen Table Ceramic Plate Casserole Mats Home Coaster
Specifications:
Brand New and High Quality
Material:wooden
Size:10.8cm*12cm,17.5cm*19.5cm
Description:
1. Material and design: crafted from high-quality wood, the surface is engraved with a brown bear pattern, which is both cute and rich in natural flavor. The bear pattern is lifelike, adding a touch of warmth and fun to the home environment.
2. Heat insulation and anti-scald: The bottom is designed with a thick wooden base, which can effectively isolate heat, prevent high temperature ceramic plates and pots and pans from directly contacting the desktop, and protect the desktop from damage.
3. Anti-slip and stable: the surface of the mat is treated with special technology, which has good anti-slip performance, ensuring that the tableware and cups are placed firmly and not easy to slip.
4. Easy to clean: the wooden material is easy to take care of, you can wipe the surface stains with a damp cloth to keep it clean and hygienic.
5. Multi-scene application: suitable for kitchen, dining room, coffee table and other home scenes, can be used as placemats, can also be used as coasters, to meet different needs. Whether for daily meals or family gatherings, it can add a unique flavor to your table.
6.DURABILITY AND ENVIRONMENTAL FRIENDLY: Selection of high-quality wood, after strict process to ensure product durability, not easy to deform or crack. The wood material is natural and environmentally friendly, non-toxic and harmless, more peace of mind to use.
7. Exquisite packaging: the product is beautifully packaged, whether for personal use or as a gift, can highlight the taste and intention.
Tips:
1.Due to the light and monitors effect, colors may have lightly difference.
2.Please allow slightly size errors due to manual measurement.
