SDO-22350-2-LC - Lake Country SDO Orange Polishing Pad 3.5" x 7/8" *2-Pack

SDO Orange Polishing Pad 3.5" x 7/8" *2-Pack

Standard Duty Orbital (SDO) pads are designed to offer the same great foams as the HDO line without the dual-layer construction and are suitable for all random orbital DA polishers with a center ventilated backing plate. The center hole provides a tunnel to release and dissipate heat from the foam, reducing surface temperatures, making it less likely to damage the paint.

Consistent performance, firmness throughout the heat cycle, and user experience. Foams provide maximum durability and consistency when polishing with a long-throw polisher.

Benefits:

• Polish - Orange Pads are used for fine scratches & general light swirls and used with medium cut compound or polish. The Orange pad can be used as a cutting pad on softer paints or when defects are not too severe to begin with. On harder paint surfaces, the orange foam acts as the perfect choice for finishing to a brilliant gloss.
• Tapered Edge – Prevents pad rolling and provides great pad rotation. Great for curved and contoured panels. Allows for precision polishing in tight areas.
• Center Ventilated Cooling Chamber – Dissipates heat away from the center of the pad, reducing temperatures and increasing durability. The system also allows for perfect pad alignment.
• Designed Together – The SDO system pairs perfectly with our low lint wool heavy cutting pads made of knitted prewashed lambswool.
• Fits Backing Plate: 3"

The Lake Country SDO Orange Polishing Pad is a foam pad designed for polishing applications. This product, identified by part number SDO-22350-2-LC, is suitable for businesses and IT departments that require specific tools for maintaining or preparing equipment surfaces. Each pad measures 3.5 inches in diameter and 7/8 inches in thickness. This two-pack offers a practical solution for tasks requiring a dedicated polishing pad, helping to achieve a refined finish on various surfaces. It addresses the need for a consistent and effective method for surface preparation or restoration, making it appropriate for environments where precision and material care are important.