Honeymark's handmade Manuka Honey Bar Soap contains palm oil, coconut oil and pure Manuka Honey (active 16+) from New Zealand. This luxurious bar soap is ideal for moisturizing the skin, removing facial makeup or for daily showering.

This product contains no artificial colors or fragrances.

Uses: Cleans and washes away impurities from the skin.

Directions: Wash hands and/or body and lather well. Using a lot of friction helps to remove dead skin and dirt that harbors germs. Rinse thoroughly and dry.

Ingredients: Coconut Oil, Palm Oil, Safflower Oil, Glycerine (kosher, of vegetable origin), Purified Water, Manuka Honey (16+), Sodium Hydroxide (saponifying agent), Sorbitol (moisturizer), Sorbitan oleate (emulsifier), Soybean protein (conditioner), Titanium Dioxide (mineral whitener).

Size: 4 oz. (113.40 gm)

Warnings: For external use only. Avoid contact with eyes. In case of contact with eyes, flush with water. Keep out of reach of children except under adult supervision.

Other Information: This product is made from all-natural ingredients. Honeymark products are not tested on animals. Store at room temperature.

Manuka Honey Soap - Explanation of Ingredients

Coconut Oil: Extracted from coconuts. Used as a skin moisturizer and softener.

Palm Oil: Rich in beta carotene and vitamin E, this oil acts as a lathering agent.

Safflower Oil: Expressed from the seeds of the safflower plant. Used as a skin moisturizer and softener.

Glycerine: An organic compound that improves smoothness, providing lubrication as a humectant.

Manuka Honey: Derived from the nectar of the flowers that grow on the Manuka plant, indigenous to New Zealand.

Sodium Hydroxide: A saponifying agent.

Sorbitol: Derived from fruit, corn and seaweed. Used as a humectant, moisturizer and thickening agent.

Sorbitan Oleate: Derived from berries and other fruit. Used as an emulsifier.

Soybean Protein: Used as a conditioner.

Titanium Dioxide: A naturally occurring oxide of the element titanium. Used as a mineral whitener and to protect the skin from the sun's UV rays.