Easy Homemade Mosquito, Bug, and Tick Repellent
Try this Easy Homemade Mosquito, Bug, and Tick Repellent recipe.
Try this Easy Homemade Mosquito, Bug, and Tick Repellent recipe.
- Carbohydrate 0 g
- Cholesterol 0 mg
- Fat 0 g
- Fiber 0 g
- Protein 0 g
- Saturated Fat 0 g
- Serving Size 1 1 ounce (25g)
- Sodium 0 mg
- Sugar 0 g
- Trans Fat 0 g
- Calories 0 calories
Step-by-step
- Fill spray bottle with water.
- Add witch hazel or vodka to fill almost to the top, leave a gap to be able to shake thoroughly.
- Add 30-50 drops of essential oils to the bottle. The more oils you use, the stronger the spray will be
- Place sprayer top on bottle and gently shake.
- Spray on skin and clothes for you and head to tail for your dog, avoid eyes and mucous membranes.
Solvent Mechanics and Dispersion
Unlike heavy commercial aerosols that rely on petroleum distillates, botanical deterrents depend on water-miscible carriers to suspend volatile plant compounds evenly across the skin. Witch hazel or high-proof vodka acts as an essential solvent because pure oil repels water instantly, causing the active aromatic molecules to pool dangerously rather than forming a uniform mist through a fine-gauge spray nozzle. Thorough agitation before every application forces these hydrophobic droplets into a temporary suspension, ensuring that each pump delivers a balanced ratio of active compounds rather than a concentrated spot of pure plant extract.
Storage Stability and Longevity
Botanical preparations lack synthetic stabilizers and broad-spectrum preservatives, meaning their active constituents degrade rapidly when exposed to ultraviolet radiation and ambient heat. Storing the mixture in an opaque glass bottle kept in a cool pantry preserves aromatic integrity for up to three months before oxidation diminishes the efficacy of the botanical oils. Clear plastic containers should be strictly avoided because certain concentrated terpenes can actually degrade low-grade polymers over extended storage windows.
Emulsification and Viscosity Control
Adding a singular microscopic drop of liquid castile soap functions as an effective surfactant to bridge the polarity gap between aqueous and oily phases without altering the spray's primary function. When measuring ingredients, maintaining a precise ratio of roughly thirty to sixty total drops of oil per three and a half ounces of liquid prevents skin sensitization while still overwhelming the olfactory receptors of target insects. Vigorous shaking immediately prior to use guarantees that the surfactant successfully binds the disparate components into a workable emulsion for immediate topical deployment.
