The Midea Innovation & Technology Park is positioned as a "benchmark" park, and the exhibition hall in its entrance space clearly carries even more critical functions. It serves not only as a core venue for externally showcasing R&D achievements and brand philosophy but also as an internal communication hub connecting R&D personnel and visitors. Therefore, its design must balance three key requirements: "technological appeal, ecological ambiance, and practical functionality."

To meet these needs, Dongpeng New Materials, in supplying materials for this exhibition hall, utilized Ecological Stone Crystal White as the central element. This material was applied across key areas such as flooring, windowsill stones, escalator platforms, and steps, establishing a foundational base for the exhibition hall that combines aesthetic texture with functional properties.

The construction of the exhibition hall at Midea Innovation & Technology Park began with the principles of "minimalism" and "transparency." The design maximizes the elimination of boundaries between interior and exterior through extensive use of glass curtain walls, while Dongpeng Ecological Stone Crystal White was selected for seamless and uniform paving. With its exceptional purity and delicate texture, this material enhances the visual integrity of the space. Meanwhile, its glossy surface subtly reflects the surrounding cityscape, ultimately achieving a harmonious unity of material language, spatial perception, and natural imagery.

Dongpeng Ecological Stone Crystal White is made from ultra-fine aggregate, with a surface that presents only a delicate, warm, and luminous texture, free from complex patterns. This visually subtle presence avoids distracting attention with material patterns, while its soft white tone helps balance the "cold, hard feel" of a technological space. It creates a more welcoming ambiance in the lobby, allowing the gentle warmth of natural materials to be subtly perceived. Here, the coolness of a tech environment and the softness of natural materials find their equilibrium.