3D Abyss Cave Illusion£ü3D Optical Illusion Deep Cave Diatomite Mat, Creative Visual Effect Absorbent Bathroom Floor Mat

¡¾ Suggested Image Pixel ¡¿3622x2454px

¡¾ Design Description ¡¿ Single-sided printing

¡¾ Material Description ¡¿ Made of high-quality diatom mud and technological fabric, the fabric is extremely soft and can absorb moisture to the greatest extent, preventing water stains from remaining on the surface of the floor mat.

¡¾ Product Performance ¡¿

This diatom mud soft floor mat is made of technological fabric, combining comfort and texture. The rubber base on the back has excellent anti-slip performance, strong grip, long-lasting wear resistance, and is not afraid of frequent daily use. Easy to clean and maintain. The edge is ingeniously designed with an elegant elliptical arc, effectively preventing bumps and gently protecting the feet of family members. Meanwhile, it has excellent portability and storage performance. When not in use, it can be rolled up at will and stored in a corner, saving space. It is a practical and excellent item for enhancing the quality of your home.

¡¾ Applicable Scenarios ¡¿ It is widely used in bathrooms, kitchens, shower areas, entrance doors and other scenarios, effectively absorbing water stains and keeping the floor dry and clean. It is a considerate companion for home life.

¡¾ Washing Instructions ¡¿ Cleaning is very simple. You can rinse with clean water or wipe with a damp cloth. It is necessary to avoid prolonged exposure to the sun to prevent material aging, which may affect the service life and appearance. ?

[Special Note] This size data due to different measurement methods, error within 1-2cm is a normal phenomenon.

¡¾ Warm Reminder ¡¿ The display effect of this picture is for reference only. Due to objective factors such as production batch, equipment parameters, and shooting lighting, there may be slight differences between the actual product and the picture, including but not limited to size, position, and color difference. All of the above are normal phenomena.