Stainless Steel Mesh Cat Litter Scoop

Introducing the Stainless Steel Mesh Cat Litter Scoop, the ultimate tool for keeping your cat's litter box clean and fresh. Designed with efficiency and durability in mind, this scoop features a stainless steel mesh design that allows for fast and effective filtration of cat litter, ensuring that only clean litter is returned to the box while waste is easily sifted out.

KEY FEATURES

INCREASED SCOOPING AREA - The Stainless Steel Mesh Cat Litter Scoop features an expanded scooping area, allowing you to cover more surface area with each scoop. This means faster and more efficient cleaning of your cat's litter box, saving you time and effort.

FAST AND EFFECTIVE FILTRATION OF CAT LITTER - Equipped with a stainless steel mesh design, this scoop ensures fast and effective filtration of cat litter. The fine mesh allows clean litter to pass through while capturing and removing waste, leaving your cat's litter box fresh and clean with minimal effort.

HIGH-QUALITY STAINLESS STEEL - Constructed from high-quality stainless steel, this litter scoop is built to last. The durable stainless steel mesh is resistant to rust and corrosion, ensuring long-lasting performance and reliability.

COMFORTABLE WOODEN HANDLE - The scoop features a comfortable wooden handle that provides a secure and ergonomic grip, making it easy and comfortable to use, even during extended cleaning sessions. The wooden handle also adds a touch of elegance to the scoop's design, making it a stylish addition to your cleaning arsenal.

SPECIFICATION

Type: Fine Mesh, Large Grid

Material: Stainless Steel + Wood

Color: Silver

Length:

Fine Mesh: 28cm/11.02in,

Large Grid: 27cm/10.63in

Size:

Fine Mesh: 13*10cm/5.12*3.94in,

Large Grid: 13*14cm/5.12*5.51in

Weight:

Fine Mesh: 96g,

Large Grid: 141g

PACKAGE INCLUDES

1×Stainless Steel Mesh Cat Litter Scoop

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.