Founded in 1790, D. R. Harris have been specialising in the creation of traditional gentlemen’s grooming products in London ever since. The D. R. Harris Windsor Shaving Stick 40g is a refreshing, solid shaving stick.
Shaving sticks are becoming an increasingly popular choice for those looking for a shaving soap they can use on the go. Shaving sticks are discreet but effective.
The soap used in this shaving stick is the same that can be found in the D R Harris Windsor Shaving Soap Refill 100g. The gentle ingredients used means that the D. R. Harris range of shaving sticks are suitable for all skin types.
The D. R. Harris Windsor Shaving Stick has an unusual citrus fragrance with notes of black pepper and vetiver.
All of the D. R. Harris shaving sticks measure a convenient size of approximately 110mm and weigh approximately 100g, making them handy to carry around for use on the go. Alongside being a convenient size, the fact these shaving sticks are a liquid-free composition make them good travel companions.
For best results, expose a small portion of the soap. Using a quality shaving brush, work into a lather directly onto the area in which you wish to shave. Alternatively, use dampened hands and work the stick into the palms using circular motions. The stick has a twist bottom for ease of use, which assists with keeping the soap in shape.
D. R. Harris are known for their exceptionally high-quality products, a trait which has led to them having the honour of being the royal chemist supplier to Her Majesty The Queen and Prince Phillip.
D. R. Harris customers are those who appreciate quality and distinction.
INGREDIENTS: AQUA (WATER), POTASSIUM PALMATE, SODIUM TALLOWATE, GLYCERIN, POTASSSIUM STEARATE, SODIUM PALMATE, POTASSIUM PALM KERNELATE, SODIUM STEARATE, SODIUM PALM KERNELATE, SODIUM COCOATE, PALM KERNEL ACID, PARFUM (FRAGRANCE), PETROLATUM, SODIUM CHLORIDE, TETRASODIUM ETIDRONATE, PENTASODIUM PENTETATE, TETRASODIUM EDTA, LIMONENE, O-TOLYL BIGUANIDE, HYDROXYCITRONELLAL, AMYL CINNAMAL CI 77891
Founded in 1790, D. R. Harris have been specialising in the creation of traditional gentlemen’s grooming products in London ever since. The D. R. Harris Windsor Shaving Stick 40g is a refreshing, solid shaving stick.
Shaving sticks are becoming an increasingly popular choice for those looking for a shaving soap they can use on the go. Shaving sticks are discreet but effective.
The soap used in this shaving stick is the same that can be found in the D R Harris Windsor Shaving Soap Refill 100g. The gentle ingredients used means that the D. R. Harris range of shaving sticks are suitable for all skin types.
The D. R. Harris Windsor Shaving Stick has an unusual citrus fragrance with notes of black pepper and vetiver.
All of the D. R. Harris shaving sticks measure a convenient size of approximately 110mm and weigh approximately 100g, making them handy to carry around for use on the go. Alongside being a convenient size, the fact these shaving sticks are a liquid-free composition make them good travel companions.
For best results, expose a small portion of the soap. Using a quality shaving brush, work into a lather directly onto the area in which you wish to shave. Alternatively, use dampened hands and work the stick into the palms using circular motions. The stick has a twist bottom for ease of use, which assists with keeping the soap in shape.
D. R. Harris are known for their exceptionally high-quality products, a trait which has led to them having the honour of being the royal chemist supplier to Her Majesty The Queen and Prince Phillip.
D. R. Harris customers are those who appreciate quality and distinction.
INGREDIENTS: AQUA (WATER), POTASSIUM PALMATE, SODIUM TALLOWATE, GLYCERIN, POTASSSIUM STEARATE, SODIUM PALMATE, POTASSIUM PALM KERNELATE, SODIUM STEARATE, SODIUM PALM KERNELATE, SODIUM COCOATE, PALM KERNEL ACID, PARFUM (FRAGRANCE), PETROLATUM, SODIUM CHLORIDE, TETRASODIUM ETIDRONATE, PENTASODIUM PENTETATE, TETRASODIUM EDTA, LIMONENE, O-TOLYL BIGUANIDE, HYDROXYCITRONELLAL, AMYL CINNAMAL CI 77891
Recensioni
Ancora non ci sono recensioni.