ANWEN_SET Conjunto de Condicionadores para Cabelo de Alta Porosidade Proteína Orquídea 100ml + Emoliente Rosa 100ml + Hidratante Lilás 100ml

Discover the ultimate hair care solution for high porosity hair with the ANWEN_SET High Porosity Hair Conditioner Set. This expertly curated trio of 100ml conditioners is designed to restore balance and vitality to dry, damaged, and frizz-prone hair. Each conditioner targets a specific need: Protein Orchid strengthens and rebuilds hair structure, Emollient Rose smooths and adds shine, and Moisturizing Lilac provides deep hydration and improves elasticity. Together, they deliver a comprehensive PEH (Protein, Emollient, Humectant) balance treatment.

Advantages

This set offers a complete hair care routine in one package. The Protein Orchid conditioner reinforces weak strands, reducing breakage. Emollient Rose seals the cuticle for a silky, frizz-free finish. Moisturizing Lilac infuses hair with moisture, enhancing flexibility and softness. All three are vegan, cruelty-free, and formulated with natural extracts and plant oils, making them gentle yet effective for daily use.

Suitable for

• High porosity hair that absorbs moisture quickly but loses it easily
• Dry, damaged, or over-processed hair needing protein repair
• Frizzy hair requiring smoothing and shine
• Hair lacking elasticity and prone to breakage

Key specifications

• Product Type: Hair Conditioner Set
• Hair Type: High Porosity Hair
• Set Composition: 3 x 100ml Conditioners
• Conditioner 1: Protein Orchid (Strengthening)
• Conditioner 2: Emollient Rose (Smoothing)
• Conditioner 3: Moisturizing Lilac (Hydrating)
• Total Volume: 300 ml
• Formulation: PEH Balance
• Special Features: Vegan, Cruelty-Free
• Application: Rinse-out conditioner

Recommendations

For best results, use the Protein Orchid conditioner once a week for deep repair, and alternate the Emollient Rose and Moisturizing Lilac conditioners for daily maintenance. Always follow with a leave-in treatment if needed. Suitable for all hair types with high porosity concerns.