Revolutionizing lightweight construction with flexible, non-metallic mineral composite slats for seamless architectural curves and acoustic excellence.
Our Curved Rollable Wall Slat technology integrates advanced non-metallic mineral composites to provide unmatched flexibility and structural integrity for modern interior design.
Utilizing lightweight non-metallic minerals to ensure high strength-to-weight ratios and superior durability in curved applications.
Engineered for rollability, allowing for rapid installation on cylindrical and undulating wall surfaces without cracking.
State-of-the-art non-metallic extrusion ensures consistent thickness and texture across every linear meter produced.
Reduced structural load on walls while maintaining the aesthetic appeal of traditional stone or wood slats.
Easy roll-out application significantly decreases installation time for large-scale commercial projects.
Engineered mineral voids provide inherent sound damping, ideal for galleries and corporate lobbies.
| Material Grade | Flex Radius | Weight/m² | Sound NRC | Fire Rating | Max Width |
|---|---|---|---|---|---|
| Ultra-Light Mineral A1 | 150mm | 3.2 kg | 0.65 | Class A | 1200mm |
| Standard Mineral B2 | 200mm | 4.5 kg | 0.72 | Class B | 1500mm |
| Heavy-Duty Mineral C3 | 300mm | 6.8 kg | 0.81 | Class A | 1200mm |
| Acoustic-Plus Mineral | 180mm | 5.1 kg | 0.92 | Class A | 1200mm |
| Weather-Resist Mineral | 220mm | 4.9 kg | 0.60 | Class B | 1500mm |
| Flex-Max Mineral | 100mm | 3.0 kg | 0.55 | Class A | 1200mm |
| High-Density Mineral | 400mm | 8.2 kg | 0.85 | Class A | 1500mm |
| Hybrid-Composite Mineral | 250mm | 5.5 kg | 0.78 | Class B | 1200mm |
Installation of 500m of rollable slats to create a fluid, curved reception wall with integrated acoustic properties.
Implemented modular curved slats for sound-dampening partitions in open-plan workspaces.
Used high-precision mineral slats for a seamless, undulating ceiling installation in a minimalist exhibit.
Integrated acoustic mineral slats into curved wall panels to optimize sound dispersion and absorption.
Deployed weather-resistant mineral slats for high-traffic zones with complex curved geometries.
Custom-colored rollable slats used for a signature curved feature wall in a penthouse living area.
Ideal for curved lobby walls and decorative corridors in malls and corporate centers.
Providing sound-absorbing wall cladding for theaters, recording studios, and lecture halls.
Lightweight and rollable nature makes these slats perfect for temporary high-end trade show displays.
Enhancing guest rooms and spas with organic, curved mineral wall textures for a serene atmosphere.
Bespoke curved feature walls that replace heavy stone with lightweight mineral composites.
Durable, flame-retardant curved cladding for subway stations and airport transit halls.
Every batch undergoes rigorous bending stress tests to ensure no micro-cracking occurs during rolling.
Strict quality control from raw mineral sourcing to final extrusion and shipment packaging.
Zero-VOC emissions and 100% recyclable mineral components, meeting global green building certifications.
Unlike wood, our Curved Rollable Wall Slat uses a non-metallic mineral composite that allows it to be rolled and curved without splitting or needing steam treatment.
Yes, the ultra-lightweight mineral core makes them ideal for ceiling installations, reducing structural load while maintaining high fire ratings.
Depending on the material grade, our slats can achieve a bending radius as tight as 100mm without loss of structural integrity.
Yes, our non-metallic mineral components are naturally flame-resistant, with most grades achieving Class A fire ratings for commercial safety.
We use the Noise Reduction Coefficient (NRC) standard. Our high-density mineral slats can reach up to 0.92 NRC, significantly reducing echo.
Absolutely. We offer a wide range of mineral pigments and customizable thickness to match any architectural specification.
Combine non-metallic durability with seamless architectural curves. Contact us today for a technical consultation and sample delivery.