Salytar T Soap

Overview Salytar T Soap

DermaCoal soap, featuring coal tar, effectively addresses diverse skin ailments including psoriasis, seborrheic dermatitis, and ichthyosis. Its therapeutic action stems from coal tar's inherent moisturizing, anti-inflammatory, antimicrobial, and skin-cell shedding properties. This results in soothed, hydrated skin, reduced inflammation, and controlled microbial growth.

Primary Ingredients of Salytar T Soap

Medicated soap bar containing purified coal tar.

Major Benefits of Salytar T Soap:

• Salytar T Soap finds frequent application in managing psoriasis, a persistent skin disorder marked by inflamed, irritated, and flaky skin areas. The coal tar component within the soap aids in lessening inflammation and calming irritated skin, thereby alleviating psoriatic symptoms.
• Salytar T Soap offers therapeutic benefits for seborrheic dermatitis, a prevalent skin disorder characterized by inflammation, scaling, and itching, often affecting the scalp, face, and upper chest. Its action involves mitigating inflammation and regulating the overproduction of sebum, a key factor in this skin condition.
• Ichthyosis, a collection of inherited skin conditions marked by dryness and scaling, may respond to treatment with Salytar T Soap. The soap's coal tar component offers moisturizing benefits, contributing to skin hydration and improved surface texture.
• The key component of Salytar T Soap, coal tar, possesses both antibacterial and antifungal attributes. This aids in minimizing microbial proliferation on the skin, proving helpful in managing fungal dermatological conditions.

How to Use Salytar T Soap:

Gently massage to create a luxurious foam, allow it to remain for five minutes, then rinse completely with water, or follow the advice of your dermatologist.

Safety Instruction of Salytar T Soap:

• Keep away from the eyes. Should contact occur, flush the eyes completely with water.
• Store away from children.
• Keep in a cool place, below 30°C, and protected from direct sunlight and excessive heat.