Absorbent Quick Dry Pet Floor Mats Easy Care Non Slip Dog Cat Mat Indoor Outdoor - Green

The Pet Feeding Mat for Cats and Dogs is crafted to maintain a clean and dry feeding area for your pets. Constructed from premium diatom mud and polyester material, this mat swiftly absorbs water and food spills, keeping the space around your pet’s feeding bowls spotless. The mat’s quick-drying capabilities ensure there are no lingering water stains, and its non-slip base guarantees it stays securely in place, even on wet floors. The charming paw print design adds an aesthetic appeal to your pet’s dining spot. Easy to clean and maintain, this mat is an essential accessory for cat and dog owners who seek to maintain cleanliness and protect their floors from damage caused by food and water spills.

Features:

Highly absorbent material: Designed to absorb water and spills quickly, maintaining a clean feeding area.

Quick-drying: The mat dries rapidly, preventing water from soaking through to the floor and leaving stains.

Non-slip base: Provides a secure grip on various surfaces, preventing the mat from sliding even on wet floors.

Easy care: The mat can be easily cleaned by wiping it down or rinsing with water, requiring minimal maintenance.

Cute paw print design: Adds a fun and decorative touch to your pet’s feeding space while being functional.

Durable and scratch-resistant: Built to withstand daily wear and tear, ensuring long-lasting use for your pet’s feeding routine.

Specifications:

Material: Diatom mud and polyester blend

Dimensions: 60cm x 40cm (23.62in x 15.74in)

Colour: Available in Green Grey Pink Blue

Package Includes:

1 x Pet Feeding Mat for Cats and Dogs

Note:

Ensure the surface is clean and dry before placing the mat to achieve optimal adhesion and prevent slippage.

The mat is durable and easy to clean, but avoid exposing it to excessive heat or harsh chemicals.

As the mat is made from an absorbent material, avoid prolonged exposure to moisture without allowing it to dry thoroughly.

Actual colour may differ slightly from images due to various lighting conditions during photography.