Desitin Maximum Strength Baby Diaper Rash Cream with 40% Zinc Oxide for Treatment, Relief & Prevention, Hypoallergenic, Phthalate- & Paraben-Free Paste, 4.8 oz

Desitin Maximum Strength is a diaper rash paste made for use during regular diaper changes. The formula has a thick, rich consistency and contains 40 percent zinc oxide as its active ingredient. It arrives in a 4.8 ounce tube, sized for a changing table, a nursery shelf or a packed diaper bag. The hypoallergenic paste is made without parabens, phthalates, dyes or soap, and it has been tested by dermatologists and pediatricians. The texture spreads into an opaque, visible layer, so it is easy to see where the product has been applied and how much remains at the next change. Desitin is a long standing name in baby skin care.

• Active ingredient: 40% zinc oxide
• Net weight: 4.8 oz tube
• Free of parabens, phthalates, dyes and soap; hypoallergenic
• Dermatologist and pediatrician tested

To use this paste, clean and dry the diaper area thoroughly before each application, then apply a generous layer directly to the skin with clean fingertips or a soft cloth. Because the formula is thick, warming a small amount between fingers can help with spreading. The opaque white finish that results from the zinc oxide base makes it straightforward to confirm coverage at a glance. For storage, keep the tube capped tightly and away from direct heat or sunlight, which can affect paste consistency over time. The 4.8 ounce size is practical for a dedicated spot at home, and the tube format reduces mess compared to jar packaging since it limits air and finger contact with the unused product.

When comparing zinc oxide pastes, the percentage of active ingredient is the primary factor that distinguishes one formulation from another, with higher concentrations generally providing a thicker barrier layer. This product sits at the upper end of that range at 40 percent. The fragrance-free, dye-free formulation makes it a straightforward option for infants with sensitive skin, and the absence of those additives also makes it easier to identify the cause if any reaction does occur.