Thanksgiving Deal Economat Occasional Use Chair Mat For Low Pile Carpet, 45 X 53, Rectangular, Clear Collection [tqyAoMh3]

Economat Occasional Use Chair Mat

The Economat Occasional Use Chair Mat is a versatile and practical solution for your office or home. Designed for low pile carpet up to 1/4" thick, this chair mat offers a thinner, lightweight option for occasional use. Its easy-glide rolling surface ensures effortless chair movement, making it an ideal choice for areas where chairs are moved frequently. The studded design not only secures the mat from moving but also protects your carpet from caster wear, spills, and heavy traffic.

• Thinner and Lightweight: Perfect for areas where space is limited.
• Easy-Glide Surface: Effortless chair movement for added convenience.

Key Features and Specifications

This chair mat is crafted with a Free and Clear® non-orthophthalate, non-cadmium formula, promoting a healthy work environment while offering exceptional clarity and durability. The classic straight edge finish adds a touch of elegance to any setting. With dimensions of 45" x 53", it is suitable for a variety of applications.

• Material: Vinyl for durability and ease of cleaning.
• Shape: Rectangular for a sleek and modern look.

The Economat Occasional Use Chair Mat is also available in a clear color, blending seamlessly with your existing decor.

Practical Uses and Benefits

Whether you're outfitting an office or a home office, the Economat Occasional Use Chair Mat is a versatile choice. Its studded backing provides a secure fit on carpets, preventing the mat from sliding and protecting your floor from damage. The mat is also easy to clean, ensuring it stays hygienic and fresh. With a thickness of 0.10 inches, it is suitable for use with all types of chairs, including those with casters.

• Application: Ideal for carpets and hard floors.
• Mat Type: Chair Mat for all-around protection.

The Economat Occasional Use Chair Mat is a smart investment that combines functionality with style, making it a must-have for any space.