Lake Country Marine Blue/Teal Medium Cut Wool Flat Pad - 6 in x 1 in

Marine Blue/Teal Medium Cut Wool Flat Pad - 6 x 1

Balance cutting power with finishing ability for moderate oxidation and defect removal.

Features:

• Size 6
• Blend of Natural and Synthetic Fibers: Offers efficient cutting while leaving a polished finish
• Rounded Edges: Protect surfaces during polishing
• Flat Design (on select models): Maximizes surface contact for fast, even results

The Lake Country Marine Blue/Teal Medium Cut Wool Flat Pad, part number ML-900-FLAT-LC, is designed for professional detailers and automotive enthusiasts seeking an optimal balance between cutting power and finishing capability. Measuring 6 inches by 1 inch, this pad features a specialized blend of natural and synthetic fibers that deliver efficient cutting action while leaving behind a smooth, polished finish. Its unique construction helps to effectively remove moderate oxidation and surface defects, restoring your vehicle’s paintwork with precision and care.

Built with rounded edges, this pad is designed to protect delicate surfaces during polishing, reducing the risk of scratches or marring. The flat design on select models ensures maximum surface contact, promoting even and fast results across the entire panel. Whether you're working on a single spot or multiple areas, this pad allows for consistent, professional-quality results every time.

Ideal for use with various polishing compounds, the Lake Country Marine Blue/Teal Medium Cut Wool Flat Pad is a versatile tool that enhances your detailing process. Its durable construction ensures longevity, providing reliable performance through numerous detailing sessions. Trust this pad to help you achieve a high-gloss, refined finish on your vehicle’s paint, making it a valuable addition to any detailing arsenal.

Features:

• Size 6 inches by 1 inch for versatile use

• Blend of natural and synthetic fibers for efficient cutting and polishing

• Rounded edges to protect surfaces during polishing

• Flat design on select models for maximum surface contact and even results