Specification:

• Color: Transparent Frosted
• Material: PVC
• Net Weight: 6.17 lbs / 2.8 kg
• Mat Dimensions: 48 x 36 x 0.09 in (without studded)
• Extended Edge Dimensions: Long Edge

Description:

Protect your floors and create a stable workspace with this 36 x 48-inch clear chair mat, designed with a studded back to grip low-pile carpets and prevent slipping or shifting. It safeguards carpets from damage caused by chair wheels while providing a smooth, durable surface for rolling, making it perfect for home offices or gaming setups. The extended edges ensure a secure fit under desks, maximizing your workspace, while the 0.09-inch (2.2mm) thick PVC construction resists cracking and deformation for long-lasting use. Easy to clean with a simple wipe, this versatile mat is ideal not only for office areas but also for living rooms, bedrooms, studies, dining spaces, or pet zones, offering reliable floor protection wherever needed.

Key Features:

• Stable & Non-Slip: This chair mat features a studded design on the back for strong grip on low-pile carpets. It keeps the mat firmly in place, avoiding any shifting or sliding—ideal for a stable workspace
• Secures Carpet: Say goodbye to carpet damage from chair wheels! This gaming chair mat reduces wear on both the carpet and chair wheels, making it an ideal choice for your home or office setup
• Ideal Fit for Desks: The 36 x 48-inch (915 x 1225 mm) rectangular rolling chair mat features unique extended edges, allowing it to securely fit under your desk and maximize your workspace
• Durable & Easy to Clean: Crafted from 0.09-inch / 2.2mm thick PVC, this under desk rug resists cracking and deformation. The smooth, waterproof surface wipes clean easily—say goodbye to stains and dirt in seconds
• Wide Application: This versatile clear floor mat isn’t just for office spaces! Use it in your living room, bedroom, study, dining area, or pet zone for easy protection and physical separation in any room of your home

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.