Shadow Sunscreen SPF 50+ Gel

Regular price
$15.99
Regular price
Sale price
$15.99

KEY HIGHLIGHTS

checkBroad spectrum UV protection checkNon-comedogenic checkOil-free combination checkNon-greasy formulation checkLightweight checkLong-lasting sun protection checkFor acne-prone and sensitive skin
  • What is it?
  • Backed by Science
  • Directions for Use
  • Ingredients

Fixderma Shadow SPF 50+ Gel is a gel-based sunscreen specially designed for sensitive, acne-prone skin. The lightweight and non-greasy formulation is packed with the most photostable sun-protecting agents, making it perfect for all-season sun protection. This oil-free formulation provides long-lasting broad-spectrum UV protection and leaves no white cast.

Sensitive skin needs extra protection from the sun, but many avoid sunscreen because of the greasy feel and white cast.

Fixderma Shadow SPF 50+ Gel Sunscreen offers broad-spectrum UV protection without the greasiness or white cast. The formulation includes both mineral and chemical filters that are encapsulated for long-lasting protection against UVA and UVB rays, blue light, and infrared radiations.

  • step 1Take a sufficient amount of sunscreen.
  • step 2Apply generously on the face and neck 15 minutes before going into the sun.
  • step 3Reapply after every 3-4 hours.
  • SunCat DE:

    SunCat DE provides broad-spectrum protection against both UVA and UVB rays, helping to prevent sunburn and reduce the risk of skin damage and premature aging.
  • Neo Heliopan Hydro:

    It is a highly effective UVB absorber and is suitable for water-based transparent sunscreen products. It synergizes well with other ingredients and exhibits good photostability.
  • Zinc Oxide:

    A protective zinc oxide layer on top of the skin reflects and absorbs the harmful UVA (also considered to be carcinogenic) and UVB rays such that they don’t reach your skin.
  • Vitamin E:

    It has anti-inflammatory properties that help soothe and calm the skin, reducing redness and irritation caused by sun exposure.
Size

Precautions Do a patch test before first use. Discontinue or consult your dermatologist if irritation occurs.

KEY HIGHLIGHTS

checkBroad spectrum UV protection checkNon-comedogenic checkOil-free combination checkNon-greasy formulation checkLightweight checkLong-lasting sun protection checkFor acne-prone and sensitive skin
  • What is it?
  • Backed by Science
  • Directions for Use
  • Ingredients

Fixderma Shadow SPF 50+ Gel is a gel-based sunscreen specially designed for sensitive, acne-prone skin. The lightweight and non-greasy formulation is packed with the most photostable sun-protecting agents, making it perfect for all-season sun protection. This oil-free formulation provides long-lasting broad-spectrum UV protection and leaves no white cast.

Sensitive skin needs extra protection from the sun, but many avoid sunscreen because of the greasy feel and white cast.

Fixderma Shadow SPF 50+ Gel Sunscreen offers broad-spectrum UV protection without the greasiness or white cast. The formulation includes both mineral and chemical filters that are encapsulated for long-lasting protection against UVA and UVB rays, blue light, and infrared radiations.

  • step 1Take a sufficient amount of sunscreen.
  • step 2Apply generously on the face and neck 15 minutes before going into the sun.
  • step 3Reapply after every 3-4 hours.
  • SunCat DE:

    SunCat DE provides broad-spectrum protection against both UVA and UVB rays, helping to prevent sunburn and reduce the risk of skin damage and premature aging.
  • Neo Heliopan Hydro:

    It is a highly effective UVB absorber and is suitable for water-based transparent sunscreen products. It synergizes well with other ingredients and exhibits good photostability.
  • Zinc Oxide:

    A protective zinc oxide layer on top of the skin reflects and absorbs the harmful UVA (also considered to be carcinogenic) and UVB rays such that they don’t reach your skin.
  • Vitamin E:

    It has anti-inflammatory properties that help soothe and calm the skin, reducing redness and irritation caused by sun exposure.