Fiber-Reinforced Cement Board Application in University Affiliated School Phase II Project
Project Overview
The Phase II expansion of Affiliated School represents a landmark educational infrastructure project, with fiber-reinforced cement boards playing a pivotal role in the exterior wall system. This prestigious institution selected cement fiber boards after comprehensive material evaluation, prioritizing safety, sustainability, and architectural excellence.
Key Project Specifications
Project: [University Name] Affiliated School – Phase II Expansion
Primary Material: Premium fiber cement boards
Product Specifications:
- 12mm thickness (solid white)
- 12mm thickness (brick red)
Application Area: Exterior cladding system
Compliance: Strict adherence to JGJ336-2016 “Technical Code for Artificial Panel Curtain Walls”
Technical Implementation
The Tonglu Bilingual Campus expansion utilized:
- 6,000㎡ of 12mm solid white fiber cement boards
- 1,200㎡ of 12mm brick-red cement fiber panels
This strategic material selection delivered three key benefits:
- Aesthetic Excellence: The color combination creates a dynamic yet professional educational environment
- Performance Advantages: Cement fiber boards provide exceptional weather resistance and fire safety
- Long-Term Durability: The non-combustible cement board system ensures decades of maintenance-free performance
Quality Assurance Protocol
Our installation team implemented rigorous quality control measures:
- 100% pre-installation material inspection
- Random on-site testing of cement fiber panels
- Full compliance with JGJ336-2016 standards
- Certified installation techniques for fiber-reinforced boards
Sustainable Benefits
The fiber cement board solution offers significant environmental advantages:
- 100% asbestos-free composition
- Excellent thermal performance reduces energy costs
- Fully recyclable at end of lifecycle
- Low-carbon manufacturing process
Conclusion
This project demonstrates how modern fiber-reinforced cement boards can successfully meet the demanding requirements of educational architecture. The combination of aesthetic flexibility, structural performance, and sustainable credentials makes cement fiber panels an ideal choice for school construction projects worldwide.