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Made from natural calcium powder and wood fiber, this product is molded using a high-temperature, high-pressure process. It integrates five key features: environmental friendliness, fire safety, moisture and mildew resistance, structural stability, and sound insulation. Through precision finishing, it achieves a high degree of decorative and functional integration.
·Environmental Performance
Strictly adhering to the principle of no added formaldehyde, it achieves an ENF environmental rating (formaldehyde emission ≤ 0.025 mg/m³), meeting the technical requirements for China Environmental Labeling products and ensuring indoor air quality meets health and safety standards.
·Flame Retardant Performance
Tested by the National Fireproof Building Materials Quality Supervision and Inspection Center, it meets the GB 8624 B1 Class flammable material standard, effectively suppresses flame propagation, exhibits self-extinguishing properties, and meets public building fire protection regulations.
·Moisture and Mildew Resistance
It exhibits excellent resistance to water vapor penetration and mildew growth, maintaining dimensional stability even in high humidity environments. It is suitable for humid areas such as hotel bathrooms and laundries.
·Mechanical Properties and Durability
The material density reaches 1.0 g/cm³, significantly higher than conventional wall covering materials. It offers high impact resistance and mechanical strength, and can withstand frequent use in public environments.
·Acoustic Performance
The high-density, homogeneous structure and continuous laying process effectively reduce airborne sound transmission losses, enhancing acoustic privacy in guest rooms and public areas.
It supports a variety of customizable surface finishes to suit the décor needs of various hotel styles. Suitable for a variety of hotel functional spaces, including lobbies, guest rooms, corridors, restaurants, and back-of-house areas, it provides high-end hotels with a wall covering solution that balances aesthetics, safety, and sustainability.
