West Chelsea Contemporary is proud to present Concrete to Canvas, our annual exhibition celebrating the dynamic evolution of urban expression.

This year marks the highly anticipated Austin debut of Joe Iurato, an internationally recognized multidisciplinary artist celebrated for his iconic street art style. Exemplifying the sophisticated synergy of urban edge and high-end elegance, Concrete to Canvas presents an extraordinary lineup of influential artists, including Swoon, Banksy, RETNA, Cey Adams, RISK, Lady Pink, CRASH, PhoebeNewYork, Blek le Rat, and more. Each artist brings their unique voice and story, having emerged from the vibrancy of street culture to achieve global recognition. Their works are displayed in esteemed institutions across the globe such as MoMA, the Brooklyn Museum, the Museum of Contemporary Art, Los Angeles, Centre George Pompidou, and the Hirshhorn Museum, illustrating their transformative journey from public spaces to prestigious institutions. Joe Iurato’s mixed media assemblages—crafted from stencil, aerosol, and found wood—capture the essence of urban life. His works resonate across the globe, exhibited in cities such as London, New York, Miami, Taipei, and Berlin. Iurato’s collaborations with brands like GQ, Adidas, IPIC Theaters, and The NFL, along with his impressive murals across the United States and Europe further highlight his impact on contemporary art. The artworks showcased in Concrete to Canvas offer narratives that are as diverse as they are profound, unfolding through innovative techniques and fearless experimentation. Each piece captures the raw, rebellious spirit of street art while seamlessly integrating with high-end design elements, creating a sophisticated blend of urban edge and elegance. These compelling works offer a powerful opportunity to transform your space with unique design, infusing it with character and a rich story that resonates. Join West Chelsea Contemporary in celebrating these luminaries of urban art and discover the transformative potential of their work.