Pluri Non-Woven Waxing Roll, White

The right choice for beauty professionals seeking a high-quality and efficient product.

Featuring advanced spunlace technology, this waxing roll offers a robust and homogeneous structure, ideal for precise and safe wax application.

Made from biodegradable material, this roll is a sustainable choice for those concerned about the environment, without compromising effectiveness.

Composed of 100% polyester, it ensures a smooth and resistant texture that easily adapts to the body's contours. Compatible with all types of waxes, this roll is versatile and suitable for various waxing techniques.

Furthermore, it offers excellent resistance and its high density provides ideal adhesion, allowing for uniform wax application and effective hair removal, without causing discomfort.

A non-woven waxing roll that provides quality hair removal with long-lasting, professional results. Experience the perfect combination of technology, sustainability, and effectiveness in every application.

Key features:

• Spunlace Technology
• High density
• Biodegradable
• 100% Polyester
• Effective with all waxes
• Good resistance and adhesion
• Professional results
• 70 metres
• White colour

Directions for use: Clean and thoroughly dry the area to be waxed. If necessary, apply a little talcum powder to remove excess oil and facilitate wax adhesion.
Spread your preferred waxing wax (hot, cold, or roll-on) in the direction of hair growth, in a thin and even layer.
Place the roll over the wax, pressing lightly to ensure adhesion. Smooth the roll in the direction of hair growth to prevent breakage.
Hold the skin taut with one hand and pull the roll with the other, in a quick and firm movement, against the direction of hair growth. Keep the roll as close to the skin as possible to avoid discomfort.
Remove wax residue with a post-waxing oil or damp wipe. Apply a moisturising cream to soothe the skin.

Tip: Cut the non-woven roll to the desired size to avoid waste. Do not reapply the roll to the same area to prevent skin irritation.