Weather Shields Guard for Isuzu DMAX Accessories 2020-2026 Dual Cab, D-MAX Weathershields Wind Deflector Window Visors Rain Guard Injection Tinted Black Car Exterior, 4PCS


Description:

  • 【Customized Fit】Molded according to the original car data, wind deflector weather shield window visors perfectly fit for Isuzu DMAX D-MAX 2020 2021 2022 2023 2024 2025 2026 Blade, X-Terrain, LS-U, LS-U+, LS-M, X-Rider, SX all double cab models. *NOTE: If your Isuzu Dmax was made in 2020, please make sure it's the newer 2020 model. For other models please check other links in our store.
  • 【Having Fresh Air】Our rainproof weathershields window visors for Isuzu DMAX accessories 2024 2025 2026 will keep your car dry in rainy and snowy weather, blocking the rainwater off the windows and allowing fresh air into the cabin. Allow smokers to smoke comfortably on rainy days. In hot weather, the side window visor wind deflectors also promote air circulation and reduce heat inside the vehicle.
  • 【Safe & Stylish Design】The curved bezel design of these car weather shield rain shield are designed to follow the contours of the door frame and extend further behind the rearview mirror. However, they do not block the side mirrors or interfere with the window's open/close function. They also help reduce wind noise while driving.
  • 【Premium Material】For Isuzu DMAX accessories 2020-2026 weather shields sun rain guards wind deflectors are made of supreme PC material with high end injection molded digital modeling. Sturdy and durable, smooth edges, good flexibility, not easy to be scratched. And the smoky black material makes it visible in the sun without affecting driving.
  • 【Stronger Adhesive Tape for Easy Installation】The weather shield wind deflectors window visors come with pre-applied automotive grade tape, which provides a long-lasting secure installation that won't come off, even when driving on the highway. Just peel off the tape and stick it in place. * It is recommended to use a heat gun or hair dryer to heat the tape for optimal adhesion effect.