Shandong Xiangying New Materials Technology Co., Ltd.

Leave Your Message

Shandong Xiangying New Materials Unveils Flexible Travertine Panels for Creative Architectural Surfaces

2025-09-05

Shandong Xiangying New Materials is pleased to introduce its Flexible Travertine Panels, a cutting-edge variant of flexible stone veneer designed to marry visual elegance with practical flexibility.

Manufactured using Modified Clay Material (MCM) enriched with travertine powder, these panels achieve the authentic look and feel of travertine stone—yet deliver superior ease of installation and adaptability. Measuring just 2.5–3.5 mm thick and weighing a fraction of traditional stone, they are both painless to transport and simple to mount—even on non-flat or curved surfaces.

Performance-wise, the flexible travertine is A1 fire rated, breathable, moisture resistant, and able to endure extreme climates and UV exposure, making it suitable for outdoor wall cladding, ceilings, and feature surfaces in upscale entrances and hospitality environments.

Architecturally, the ability to easily bend and cut the panels opens up design possibilities such as curved foyer walls, column wraps, retail displays, and accent bands—all while maintaining a luxurious natural stone look.The composite’s breathability (unlike vinyl-based alternatives) supports indoor environmental health and prevents odor buildup.

Furthermore, production relies on an eco-conscious composite process. The panels are not just visually appealing but recyclable, reducing reliance on quarrying without compromising performance or longevity.

Maintenance is also effortless—cleaning requires only mild soap and water, and the lightweight profile facilitates easy renovation or panel replacement where needed.

With this release, Shandong Xiangying empowers designers and project developers to deliver high-end travertine textures with minimal impact on budgets or structural load. For architectural consultations, CAD files, or trial samples, please reach out to Xiangying’s sales team.