1.1 High Energy Consumption Operations: Extensive glass curtain walls, central air-conditioning systems, and prolonged operating hours lead to substantial energy costs and significant operational expense pressures.
1.2 Stringent Fire Safety Requirements: High occupant density and complex spaces necessitate mandatory use of non-combustible materials (Class A fire rating) to ensure the safety of life and property.
1.3 Demanding Durability Needs: Building exteriors must maintain a professional appearance long-term, involving high maintenance costs; high interior usage intensity requires long-lasting and durable materials.
1.4 Complex Functional Zoning: Diverse areas such as offices, restaurants, equipment rooms, and underground car parks have specific requirements for insulation, acoustics, and moisture resistance.
1.5 Timeline and Efficiency Pressure: Large project scales and tight construction schedules demand solutions that enable quick installation and minimize on-site wet work.
We provide specialized product combinations and application systems tailored to the core needs of different parts of commercial buildings.
2.1 Building Envelope / Exterior Walls
Insulated decorative composite boards with various surface material options and designs to suit different regional preferences.
Insulation core choices include Class A rock wool for superior fire performance or polyurethane boards for enhanced thermal efficiency.
Simplified, faster installation process reduces labor costs.
Alternative options include Rock Wool Composite boards and AB Insulation boards .
2.2 Backer Insulation for Curtain Wall Systems
Rock Wool Composite Board: Serves as a Class A fire-resistant base, providing safe and reliable insulation and fire protection behind glass, stone, or other curtain wall systems.
2.3 Insulation & Decoration for Opaque Walls
PU Exterior Wall Board / Rock Wool Composite Boards: Combine high energy efficiency with fire safety. Enable rapid installation and diverse facade aesthetics.
2.4 Roof Systems
2.4.1 Accessible Roofs / Equipment Platforms: PU Roof Board / Rock Wool Composite Board offer high compressive strength and excellent insulation, capable of supporting equipment loads while significantly reducing top-floor energy consumption.
2.4.2 Insulation under Metal Roofs: Glass Wool Composite Board / Rock Wool Composite Board are lightweight, highly efficient, water-repellent, and moisture-resistant. Ideal for placement between metal roof purlins, providing excellent thermal and acoustic performance.
2.5 Interior Applications
2.5.1 Office Partitions / Ceiling Acoustic Insulation: Glass Wool Board provides outstanding sound absorption and noise reduction when installed within steel stud partitions or ceiling cavities, creating quieter, more comfortable office environments.
2.5.2 Equipment Room / Pipeline Insulation: Rock Wool Composite Boards & Pipe Sections offer Class A fire resistance and high-temperature resilience, ensuring safe, efficient thermal insulation and condensation prevention for HVAC ducts and boiler rooms.
2.6 Specialized Areas
2.6.1 Commercial Kitchens / Bathrooms: Multifunctional Backer Board provides 100% moisture and mold resistance, offering a sturdy, stable base for tiling in high-humidity areas subject to frequent cleaning, eliminating tile detachment risks.
2.6.2 Underground Car Parks / Basements: Multifunctional Backer Board features high compressive strength and very low water absorption, effectively blocking ground moisture. Used for wall and ceiling insulation, and partitions in damp rooms.
3.1 Significantly Reduce Operating Costs: Superior thermal performance can effectively lower building cooling and heating energy consumption by up to 30% or more, enhancing commercial asset operational efficiency.
3.2 Ensure the Highest Safety Standards: Core products comply with Class A non-combustible standards (e.g., EN 13501-1 Class A / GB 8624 Class A), building reliable fire barriers for commercial buildings.
3.3 Enhance Building Quality and Value: Solutions also deliver excellent acoustic performance, improving spatial comfort. Durable and reliable materials extend maintenance cycles and protect asset value.
3.4 Accelerate Project Return on Investment (ROI): Dry construction and prefabricated installation methods significantly improve construction efficiency, shorten building cycles, and help projects become operational sooner.
3.5 Meet Complex Regulatory Requirements: A comprehensive product line meets international and local standards (e.g., LEED, BREEAM, GB standards) for different parts of commercial buildings, providing designers with flexible and reliable product selection support.

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