Brush On Block mineral powder sunscreen — Translucent SPF 50, brush applicator for easy makeup-friendly touch-ups

Brush On Block SPF 50 is a translucent mineral powder sunscreen in a twist-up brush that delivers broad-spectrum, water-resistant sun protection you can reapply over makeup.

Designed to be carried and used all day, this compact powder sunscreen blends zinc oxide and titanium dioxide into a soft, sheer finish that works on all skin types and tones. The brush applicator opens with a twist so powder dispenses only when you need it, making touch-ups fast, tidy, and portable. Because the formula uses mineral actives rather than chemical filters, it’s formulated without oxybenzone or octinoxate and avoids nano-sized particles, aligning with reef-conscious choices and cruelty-free standards.

How does the brush applicator make reapplying sunscreen easier?

The built-in brush simplifies application: twist to release powder, sweep across the face, and twist closed for storage. This mechanism prevents spills and lets you refresh coverage without removing makeup or using greasy creams. It’s especially useful for quick sun protection after outdoor activities or during travel.

• Twist-to-open brush dispenses powder only when needed
• Soft bristles distribute product evenly for a natural finish
• No-mess storage when closed — handbag and travel friendly
• Fast touch-ups without removing makeup

Will this mineral powder leave a white cast on different skin tones?

The translucent formula is designed to minimize visible residue and blend smoothly across a range of complexions. Because it’s a finely milled mineral powder, it sits lightly on the skin and helps reduce shine without altering your natural tone. Individuals with deeper skin tones may want to test in natural light to confirm the finish meets personal preference.

• Translucent shade aims for sheer, non-ghosting coverage
• Layerable for desired opacity without cakiness
• Works over foundation, powder, or bare skin
• Blends with a light, matte finish to control shine

What active ingredients power the SPF and why are they chosen?

SPF protection comes from physical mineral filters — zinc oxide and titanium dioxide — that sit on the skin to block and scatter UV rays. These actives are selected for their broad-spectrum performance and for being free of certain chemical filters that some consumers avoid. The formula is made without nanoscale particles to align with preferences for larger mineral particles.

• Active minerals: zinc oxide and titanium dioxide for broad-spectrum defense
• No chemical sunscreen actives like oxybenzone or octinoxate
• Non-nano particle formulation
• Reef-friendly and vegan-friendly production standards

How does this hold up during water exposure and daily activities?

The product is labeled water resistant, giving you protection that stands up to sweat and brief water contact. As with all sunscreens, reapplication after swimming, heavy sweating, or towel drying is recommended to maintain SPF coverage. The compact brush is convenient to carry for scheduled touch-ups throughout the day.

• Water-resistant for short water exposure and light activity
• Easy to reapply after swimming or exercise
• Compact size fits in purses, gym bags, and travel kits
• Clean, powder finish reduces shine between reapplications

Who is this for: Brush On Block SPF 50 mineral powder sunscreen suits anyone seeking a portable, non-greasy way to reapply broad-spectrum sun protection without disturbing makeup. It appeals to travelers, outdoor enthusiasts, athletes, and daily commuters who want reef-friendly, cruelty-free mineral protection in a compact brush format. If you prefer physical mineral actives, need quick touch-ups, or carry limited space in your bag, this product is built for convenient, repeatable sun care on the go.

Ingredients

Titanium Dioxide 6%, Zinc Oxide 21%, Bisabolol, Boron Nitride, Chamomile Flower Extract, Ethyl Ferulate, Hydroxyacetophenone, Iron Oxides, Lauroyl Lysine, Mica, Phenyl Trimethicone, Rice Bran Extract, Safflower Seed Oil, Silica, Sodium Dehydroacetate, Triethoxycaprylylsilane