Clinically Tested Floorliner™ Digitalfit® Online Exclusive [2EIpUxnk]

Clinically Tested Floorliner™ Digitalfit® Online Exclusive [2EIpUxnk]: The Ultimate Interior Protection

Introducing the WeatherTech FloorLiner DigitalFit, the ultimate solution for protecting your vehicle's interior. This innovative floor liner is designed to fit perfectly, offering absolute interior protection. With digital laser measurements of interior surfaces, the FloorLiner DigitalFit ensures a consistently perfect fit every time. Its High-Density TriExtruded (HDTE) material provides a rigid core for strength, while the surface friction offers both a tactile feel and protection against debris and fluids.

Key Features and Specifications

Experience the superior quality of the WeatherTech FloorLiner DigitalFit. Made of natural heavy-duty rubber, this floor liner is deeply sculpted to trap water, road salt, mud, and sand effectively. It is crafted from 16 lbs. of pliable natural rubber, ensuring durability and flexibility. The liner is resistant to curling, cracking, or hardening in sub-zero weather, making it a reliable choice for all seasons. Its anti-skid ridges prevent shifting, and the protective non-stick finish allows for quick and easy cleanup. With the ability to hold up to 1.5 quarts of water without spilling, the FloorLiner DigitalFit is a practical solution for minimizing fluid movement while driving.

Convenience and Performance

The WeatherTech FloorLiner DigitalFit is designed with convenience in mind. The channels in the liner carry fluids and debris to a lower reservoir, keeping them away from shoes and clothing. Once fluids are trapped, they can be easily removed over the door sill, ensuring a no-muss, no-fuss experience. The FloorLiner DigitalFit is available in gray color and is made of high-density tri-extruded (HDTE) material, offering a perfect fit for your vehicle. With its front position and molded style, this floor liner is a must-have for anyone looking to protect their vehicle's interior and maintain its pristine condition.