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Akzéntz Pro-Formance Enhance Soft Peach .25 oz (TPO Free)

€15,31 EUR
€15,31 EUR
Sale Sold out
Shipping calculated at checkout.

Description

Enhance a medium-viscosity builder gel within the Pro-Formance™ system, offering greater placement control while maintaining a smooth, self-levelling surface.

Designed for overlays and medium length extensions where added working time is required, without sacrificing the ease of self-levelling.

Profile
Strength: 5 / Flexibility: Medium / Coverage: 4 / Viscosity: 2

Key Functions

  • Build / Structure

  • Moderate self-levelling

  • Controlled placement

  • High strength structure

  • Milky coverage 

  • Lowest heat cure within the Pro-Formance series

Material + Formula

  • 100% pure gel

  • Hard gel (non-soak-off)

  • TPO-free / HEMA-free / 10-free Vegan / Cruelty-free

  • Non-damaging, non-drying

  • Formulated + Manufactured in Canada (Product of Canada)

  • EU & North American sourced ingredients

System

Part of the Pro-Formance™ Hard Gel System — builder gels with consistent strength across viscosities, allowing selection by working preference, not performance.

Description

Enhance a medium-viscosity builder gel within the Pro-Formance™ system, offering greater placement control while maintaining a smooth, self-levelling surface.

Designed for overlays and medium length extensions where added working time is required, without sacrificing the ease of self-levelling.

Profile
Strength: 5 / Flexibility: Medium / Coverage: 4 / Viscosity: 2

Key Functions

  • Build / Structure

  • Moderate self-levelling

  • Controlled placement

  • High strength structure

  • Milky coverage 

  • Lowest heat cure within the Pro-Formance series

Material + Formula

  • 100% pure gel

  • Hard gel (non-soak-off)

  • TPO-free / HEMA-free / 10-free Vegan / Cruelty-free

  • Non-damaging, non-drying

  • Formulated + Manufactured in Canada (Product of Canada)

  • EU & North American sourced ingredients

System

Part of the Pro-Formance™ Hard Gel System — builder gels with consistent strength across viscosities, allowing selection by working preference, not performance.