DND Professional Sanding Bands (Fine) 100pc

DND Professional Sanding Bands – 100pc Box

Precision Performance for Every Service

Engineered for the modern nail technician, DND Premium Sanding Bands offer the perfect balance of durability and precision. These high-performance bands are a workstation staple, designed to streamline your workflow whether you are performing natural nail prep or advanced enhancement removals.

With a focus on "Easy-Fit" technology, each band features an optimum barrel shape that slides seamlessly onto any standard mandrel bit and stays securely in place—ensuring a smooth, vibration-free experience for both the tech and the client.

Versatile. Reliable. Professional.

From delicate surface work to heavy-duty product removal, DND bands are crafted to handle the "diversified needs" of a busy salon:

1. Reshape & Refine: Effortlessly contour acrylic, gel, or dip powder enhancements.
2. Smooth & Polish: Buff away imperfections for a flawless, high-shine finish.
3. Swift Removal: Quickly debulk and remove old product with minimal heat buildup.
4. Natural Prep: Gently remove shine from the natural nail plate for superior adhesion.

Why Professionals Choose DND Bands:

1. Consistent Grit Quality: Premium-grade abrasives provide even wear without "bald spots" or fraying.
2. Reinforced Durability: Built to maintain their shape and grit even during high-speed e-file tasks.
3. Universal Mandrel Fit: Specifically shaped to glide onto standard 3/32" mandrels while maintaining a tight, reliable grip.
4. High-Volume Value: Each box contains 100 pieces, ensuring your station remains fully stocked through your busiest week.

Product Specifications:

1. Quantity: 100 pieces per box
2. Compatibility: Fits all standard 3/32" mandrels
3. Application: Ideal for Manicures, Pedicures, and Extensions

Pro Tip for Madison Nail Supply Customers:

"To ensure a cooler service for your client, keep the e-file moving in constant, fluid motions. Because DND bands are designed for high-efficiency removal, you can achieve a perfectly smooth surface with less pressure and less heat."