A Clay Bar's Best Friend

The 3D GLW Series Clay Lubricant is a hyper slick and high lubricity clay bar lubricant that is designed to redefine the way you care for your vehicle. This clay lubricant is a game-changer, offering scratch-free performance that elevates your vehicle's appearance to new heights. The innovative formula provides a smooth and seamless decontamination process, making it easier than ever to clay your car.

Features:

🧽 Hyper Slick Formula: The 3D GLW Series Clay Lubricant features an exceptionally slick formula that ensures maximum glide during the claying process. This high lubricity reduces friction between the clay and the vehicle's surface, preventing scratches and marring, thus preserving the integrity of your car’s paint.

🔄 Versatile Compatibility: This clay lubricant is incredibly versatile and works with any type of claying tool, including traditional clay bars, synthetic clay, clay towels, and clay pads. Its universal compatibility makes it a go-to choice for both professional detailers and DIY enthusiasts, providing flexibility and convenience.

🔄 Easy Decontamination Process: With the GLW Series Clay Lubricant, the decontamination process is smoother and more efficient. The lubricant facilitates the easy removal of embedded contaminants like tar, tree sap, and industrial fallout, ensuring a clean and polished surface ready for further detailing steps.

🛡️ Safe on All Paint Types: This clay lubricant is safe and effective on all types of paint and clear coat finishes. Its gentle yet effective formula ensures that your vehicle’s paintwork remains intact and unblemished, making it suitable for use on any car, truck, or SUV.

Directions:

1. Always test the product in an inconspicuous area to ensure for optimal use.
2. SHAKE CONTAINER BEFORE USING AND DURING APPLICATION.
3. Spray product directly on the area to be cleaned, working one area at a time.
4. Wipe off using a microfiber or soft polishing cloth and buff to desired gloss level.
5. Repeat steps 3-4 until complete.

Download the SDS