LUXE Hazelnut Latte Nano Ring Hair Extensions #T2P2/14

Luxe Hazelnut Latte Nano Tip Hair Extensions

Our Luxe Hazelnut Latte Nano Tips are part of our most premium nano extension collection.

This shade is a balanced balayage blend featuring a rich dark brown base softened with dark blonde tones through the mid lengths and ends. Hazelnut Latte offers natural depth and warmth without leaning brassy, creating a versatile finish that blends effortlessly with a wide range of brunette and dark blonde bases.

The overall effect is soft, wearable, and timeless… making it an ideal option for clients who want dimension without high contrast or dramatic lightness.

The Luxe line is made using a higher grade of ethically sourced human hair, selected for its strength, cuticle integrity, and long term performance. Each bundle undergoes multiple quality control checks to ensure consistency, softness, and reliable wear.

What sets the Luxe line apart

• Higher grade hair with carefully aligned cuticles

• Reduced tangling and smoother movement through the lengths

• Enhanced durability through repeated maintenance appointments

• Seamless dark brown to dark blonde balayage blending

• Designed for clients seeking long term nano extension wear

Wear, feel and performance

Luxe Nano Tips are double drawn for balanced density from top to ends, helping the hair maintain fullness without excessive weight.

The ultra fine nano tips sit comfortably and discreetly in the hair, allowing for natural movement and flexible styling. The hair blends easily into brunette and dark blonde bases, responds well to heat styling, and maintains softness and shine when professionally maintained and properly cared for.

Product details

• Method… Nano Tip Extensions

• Colour… Hazelnut Latte (balayage blend)

• Length… 20 inches

• Weight… 25 grams per bundle

• Hair type… 100% ethically sourced human hair

• Reusable with proper maintenance and aftercare

Colour disclaimer

Actual product colour may vary slightly due to lighting, screen settings, and natural variations during the manufacturing process.