
Authentic Raw Hair Extensions for True Beauty
Explore the luxury of 100% raw human hair, ethically sourced and unmatched in quality. Our Authentic Raw Collection offers natural textures and tones, perfect for creating your signature look.
AS FEATURED IN

True Authenticity, Every Strand
Our raw human hair extensions are sourced from single donors, ensuring natural variations in color, texture, and wave patterns. No two bundles are alike, reflecting true authenticity. Effortlessly customizable and easy to color, this collection is ideal for creating a unique, personalized look.
-
Sold out
Raw Natural Gray Fit 'N' Go™ Bob Wig
Regular price $865.24 USDRegular priceUnit price / perSold out -
Wavy I-Tip Extension Set – Raw Indian Hair (2A–2B Texture)
Regular price From $336.00 USDRegular priceUnit price / per$356.00 USDSale price From $336.00 USDSale
FAQs
What are raw human hair extensions?
Raw human hair extensions are unprocessed, 100% natural hair collected from single donors. They have not been chemically treated, preserving the natural cuticle alignment for a realistic look and long-lasting quality.
How long do raw human hair extensions last?
With proper care, raw human hair extensions from SL Raw Virgin Hair can last 2+ years. Regular maintenance and the use of high-quality, sulfate-free products and deep conditioners are key to their longevity.
Are raw hair extensions suitable for coloring?
Yes, raw hair extensions can be dyed or bleached just like natural hair. However, it’s recommended to consult a professional stylist for the best results and to prevent damage.
What makes SL Raw Virgin Hair extensions unique?
SL Raw Virgin Hair extensions are ethically sourced from South India, North India, and Southeast Asia. Each bundle is sourced from single donors, ensuring authenticity, natural texture, and unmatched quality.
Can I style raw human hair extensions with heat tools?
Yes, you can use heat tools on raw human hair extensions. Always use a heat protectant spray to maintain the hair's integrity and prevent damage from high temperatures.