Bath Bombs

Gas released during the fizzing process.

Skin-conditioning liquids used to moisturize and bind dry ingredients together.

Molds with individual cavities for uniform sizing.

Measures taken to reduce risk for young users.

The acidic component that reacts with alkalis to create fizz.

Naturally tinted clays used to color while adding skin benefits.

A firm butter that improves durability while adding a luxurious skin feel.

A lightweight, non-greasy oil that blends easily and won’t solidify.

Unwanted color migration that causes fading or discoloration during use.

Distinct sections of solid color arranged for bold visual impact.

The process of evenly mixing pigments to prevent speckling or streaks.

Trial batches used to evaluate final color after fizzing and drying.

A fine powder added to slow the reaction and create a softer feel.

Statements about product benefits that must remain compliant.

Skin-safe shimmer designed to wash away cleanly during use.

Legal standards governing personal care products.

Surface fractures caused by pressure or rapid drying.

An acidic additive used to boost foam and improve bubble stability.

An acidic stabilizer used to improve hardness and durability.

Structural failure caused by insufficient binding or moisture control.

Time required for full hardening and stability.

Equipment used to reduce moisture in the air.

Allowing time before removal to improve strength and reduce breakage.

Precision tool used to measure ingredients accurately.

How products are presented to prevent damage and attract buyers.