IPKA Green Shield Natural & Herbal Body Repellent Spray

Protect your family with IPKA Green Shield Natural & Herbal Body Repellent Spray, an advanced, plant-based shield engineered to repel mosquitoes and common biting insects. Formulated for the conscious consumer, this premium spray combines the power of time-tested botanical actives with modern skincare science to deliver reliable defense without relying on synthetic chemicals.

Key Features

• Botanical Defense System: Infused with pure Lemongrass and Peppermint essential oils, known for their natural pest-repelling properties, alongside Aloe Vera extract to simultaneously soothe and hydrate the skin.

• 100% DEET-Free & Non-Toxic: Contains no harsh chemical additives, synthetic toxins, or artificial fragrances. It provides peace of mind for daily family use.

• Lightweight & Non-Greasy: Features a quick-drying, water-based mist that absorbs instantly into the skin, leaving no sticky residue or heavy feeling.

• Extended Multi-Insect Protection: Specially balanced formula designed to keep mosquitoes, gnats, and flies at bay during both indoor and outdoor activities.

Applications & Versatility

This versatile personal care spray is perfect for a wide range of daily environments:

Outdoor Adventures

Essential for camping, hiking, trail running, and fishing trips.

Daily Leisure

Ideal for evening walks, backyard barbecues, gardening, and playground visits.

Travel Companion

Compact and leak-proof design fits easily into backpacks, gym bags, and luggage for reliable on-the-go protection.

Directions for Optimal Use

1. Shake well before each use to thoroughly mix the natural essential oils.
2. Hold the bottle upright and spray evenly across all exposed skin surfaces from a distance of 6 to 8 inches.
3. For facial application: Do not spray directly onto the face. Spray a small amount into the palms of your hands and gently pat onto the face, carefully avoiding the eyes, nostrils, and mouth.
4. Reapply every 3 to 4 hours, or as needed based on physical activity levels and local insect density.