Xiangtan Central Hospital South Campus

Project Address: 50 meters due south of Gangcheng Road, Yuetang Street, Yuetang District, Xiangtan City, Hunan Province, China

Scope: Comprehensive renovation of the 2nd floor of Building 9 (Inpatient Building), using Changle Medical Antibacterial Panels (inorganic pre-coated panels and melamine decorative panels).

Product Introduction

Changle Medical Antibacterial Panels:

High-density fiber-reinforced calcium silicate decorative substrate panels, manufactured through a series of processes including inorganic pre-coating, flat lamination, and wrapping.

Application Scenarios

Used in environments with high cleanliness requirements, such as hospitals, healthcare centers, schools, cleanroom areas, laboratories, pharmaceutical factories, etc.

Types of Medical Antibacterial Panels

Inorganic pre-coated panels

Melamine panels ("Ice-Fire" panels)

Common Advantages

• Class A Non-combustible: Achieves Class A fire rating; smoke toxicity reaches quasi-safety level ZA1.
• Stain-resistant & Easy to Clean: Daily stains such as cola, coffee, and water-based markers can be wiped off easily.
• Mold-proof & Moisture-resistant: No blistering, deformation, or mildew even after water immersion or long-term humidity; suitable for damp environments like basements and bathrooms.
• Scratch-resistant & Impact-resistant: Keys and other everyday hard objects do not damage the surface; panels are strong and impact-resistant.
• Easy Installation: Can be directly applied with eco-friendly adhesive or fixed with aluminum profiles, saving construction time.
• Safe & Healthy: Free from hazardous substances like asbestos; non‑radioactive; low formaldehyde emission; harmless to humans and the environment; ready for immediate use after installation.
• Rich Decorative Finishes: Wide selection – inorganic pre-coated panels can be customized to RAL or other standard color charts, while melamine panels offer a variety of patterns and colors.
• Antibacterial & Resistant to Disinfection/Chemical Corrosion: Inhibition rate against common pathogenic bacteria exceeds 99%; effectively resists attack from acids, alkalis, salts, and organic solvents.