KeraCare Oil Sheen With Humidity Block

Product Overview

KeraCare Oil Sheen With Humidity Block is a finishing mist / sheen spray designed to impart natural-looking shine, combat “reversion” in humid conditions, and provide a lightweight protective layer without greasiness. 

It is formulated with a light blend of olive oil, carrot oil, and botanical extracts. Its formula is alcohol‑free (i.e. no drying alcohols) and contains anti-reversion agents (to help maintain style shape in humidity) 

Key Features & Benefits

FeatureBenefitAnti‑Reversion AgentsHelps hair maintain its styled shape in humid or moist conditions (reduces “reversion”) Light Conditioning Blend (Olive Oil, Carrot Oil, Herbal Extracts)Adds shine and nourishment without heaviness No CFCs / No Drying AlcoholsGentler on hair; avoids the drying effect of harsh alcohols Non‑Greasy FeelDoes not make hair feel oily or weighed down Lightweight / Doesn’t Weigh Hair DownSuitable for many hair types without flattening the style 

Specifications

SpecDetailsProduct NameKeraCare Oil Sheen With Humidity BlockForm / TypeSpray / sheen mist (finishing product) Net Size / Volume11 oz (approx 312 ml) Key IngredientsMineral Oil / Paraffinum Liquidum; Olive (Olea Europaea) Fruit Oil; Carrot (Daucus Carota Sativa) Seed Oil; botanical extracts (e.g. calendula) Additive ClaimsContains anti‑reversion agents; no CFCs; no drying alcohols PackagingAerosol / spray can (typical for this type of sheen spray) 

Why Choose This Product?

• Humidity Defense: If you live in humid climates, style often “reverts” (loses curl/shaping). This product helps fight that reversion.
• Finishing / Shine Enhancement: Provides a soft sheen / gloss finish without greasiness.
• Styling Support: After you’ve styled your hair, this can act as a last step to lock shine and provide some protection.
• Gentler Formula: Alcohol-free and lightweight, so less drying and less likely to stiffen hair.
• Compatibility: Works well across hair types as a finishing spray, especially for textured / curly styles that are challenged by humidity.