Egreeno Eco Concentrated Fabric Softener 1L

Egreeno Eco Concentrated Fabric Softener with Essential Oils – 1L (40 Washes)

Natural Softness and Lasting Freshness for Your Family’s Wardrobe

The Egreeno Eco Fabric Softener is a premium, nature-based solution for those who want soft, manageable clothes without the use of harsh synthetic coatings. Formulated with 97.7% biodegradable ingredients, this concentrated softener features a unique blend of White Vinegar and pure essential oils. It naturally breaks down fabric stiffness and neutralizes static, making ironing effortless. Specifically engineered to be hypoallergenic, it is the safest choice for clothing that comes into contact with sensitive skin or individuals with atopic dermatitis.

Available Size:

• Volume: 1 Liter (Yields approx. 40 washes)

• Origin: Made in Greece

Technical Specifications & Ingredients:

• Biodegradable Content: 97.7%

• Key Active Ingredient: White Vinegar (Natural softening agent)

• Dermatologically Tested: Safe for reactive skin and baby clothes.

• Chemical Profile (EU 648/2004): 5-15% Cationic surfactants, Natural Fragrances, White Vinegar, Sodium Benzoate.

• Performance: High concentration for long-lasting use.

• Certifications: Vegan, Gluten-Free, Cruelty-Free, Lab-Verified.

Key Benefits & Applications:

• Easy Ironing Technology: The inclusion of white vinegar naturally relaxes fabric fibers, significantly reducing wrinkles and making the ironing process faster and smoother.

• Long-Lasting Natural Scent: Infused with high-quality essential oils that leave a delicate, clean fragrance on your textiles for hours after the wash.

• Gentle on Fibers: Unlike traditional softeners that can leave a waxy buildup, Egreeno rinses clean, maintaining the breathability and absorbency of your towels and linens.

• Hypoallergenic Protection: Free from synthetic dyes and optical brighteners, ensuring no chemical irritants are trapped in the fabric weave.

• Environmentally Responsible: Highly biodegradable formula that is safe for greywater systems and minimizes the chemical load on the environment.