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Flame Render Graphic Shirt

$99.00

Wear the Blaze.

Channel raw, radiant energy with the Inferno Gradient Shirt. This piece captures the dynamic moment of combustion, transitioning from a smoky blend of charcoal and oatmeal at the shoulders down into vibrant, glowing embers and licks of orange-red flame. Featuring functional chest pockets and cut from our signature cloud-soft fabric, it’s engineered to be the most eye-catching, cool-gravity layer in your wardrobe.

✨ Engineered for Impact:

✔ Dynamic Ombré Flame Print - A vivid, vertically gradient design that masterfully blends smoky greys and beige into vibrant orange and red, creating a striking visual of rising heat and energy.
✔ Functional Chest Pockets - Two utilitarian front chest pockets add a layer of casual, ready-for-anything style and practicality.
✔ Signature Ultra-Soft Fabric - Constructed from the same premium, breathable polyester blend as our Doberman shirt, ensuring all-day comfort that moves with you.
✔ Bold, Relaxed Silhouette - A contemporary boxy fit that makes a statement without sacrificing ease of movement.
✔ Instant Focal Point - Designed to command attention, this shirt is for those who aren’t afraid to own the room.

🔥 The Anatomy of a Blaze:

The Color Story: This isn’t a flat graphic. The design employs a sophisticated color-gradient technique to mimic the natural physics of fire. The top evokes swirling smoke and airborne ash in neutral tones, which seamlessly ignites into the bright, warm core of a flame at the hem. The result is depth, movement, and undeniable heat.
The Utility Edge: The contrast-stitched chest pockets aren’t just for show—they’re a nod to workwear and streetwear DNA, grounding the dramatic print with a touch of functional cool.
Wearing the Energy: This shirt is your shortcut to a high-voltage look. Keep the rest of your outfit minimalist—pair with black jeans, shorts, or cargo pants to let the blaze be the undeniable star. It’s the perfect piece for concerts, streetwear looks, or any day you want your outfit to have its own thermal output.