Guangzhou (New) International Exhibition Center

Project Background Analysis and Unique Challenges:
The Guangzhou New International Convention and Exhibition Center serves as vital window for China's foreign trade. Its functions are complex and subject to extreme loads:

Rapid Spatial Functional Changes: Areas within and between exhibition halls may frequently switch functions (e.g., industrial exhibitions, food exhibitions, conference events) based on exhibition needs. The pipeline system—especially fire protection and water supply—must demonstrate high modularity, zonal control, and reliability to adapt to rapidly changing layouts and risk levels.

Fire Protection Challenges in Ultra-Large Spaces: Individual halls feature vast areas, high clearances, and dense concentrations of goods and people. The fire protection system must be efficient, intelligent, and extremely responsive, placing extremely high demands on the pressure-bearing capacity, sealing, and hydraulic performance of pipe fittings.

Massive Instantaneous Load Impacts: During exhibitions, tens of thousands of people gather simultaneously in the venue, placing enormous instantaneous water demands on sanitary and catering facilities. The pipeline system must ensure smooth water flow and stable pressure, avoiding any scenario of water shortage during peak hours.

24/7 Continuous Operation with Minimal Maintenance Windows: The cycle of setup, operation, and teardown repeats continuously. System maintenance must be completed within extremely short intervals, requiring products with long service life, extremely low failure rates, and the capability for rapid diagnosis and replacement when issues arise.

KANAIF Group’s Modular and Highly Resilient Solutions:

Addressing the dynamic demands of convention and exhibition centers, KANAIF provides "flexible, stable, and intelligent" pipeline system support:

I. Ultra-Reliable Product System for Dynamic Requirements

Intelligent Fire Protection System Solutions:
Provide high-performance grooved connection fittings and heavy-duty galvanized/coated pipe fittings. The flexible nature of grooved connections effectively adapts to minor physical stresses caused by exhibition setup and equipment movement within halls, protecting the pipeline system.

The optimized internal hydraulic characteristics of the products ensure that fire water reaches the most remote sprinklers with minimal loss and maximum speed in ultra-large spaces, providing "last-second" protection for lives and property. Our products deliver precise and reliable nodal support for zonal fire protection systems.

High-Demand Water System Solutions:
Supply large-diameter, high-pressure-resistant ductile iron pipe fittings and high-quality galvanized pipe fittings for main water supply networks. Their exceptional pressure-bearing and flow capacity form a solid foundation to handle the "water tsunami" during exhibitions.

In key areas such as dining zones, stainless steel pipe fittings can be provided to ensure clean and safe drinking water quality, meeting the high standards required for international exhibitions.

Gas and Energy System Solutions:
Provide maximum-sealing-grade gas pipe fittings for dining areas and central kitchens in exhibition halls. All products undergo 100% pre-delivery pressure testing to eliminate any risk of gas leakage in crowded and complex environments, ensuring comprehensive safety protection.

The Guangzhou New International Convention and Exhibition Center is not just a building—it is a stage connecting China to the world. Any minor failure in the pipeline system could impact major exhibitions and affect the national image.

What KANAIF Group provides is a systematic support solution deeply understanding the operational model of the exhibition industry, based on ultra-reliable products, and equipped with rapid response capabilities. We pledge to use robust, stable, and efficient pipeline systems to become the silent guardian behind this never-ending "China’s Premier Exhibition," ensuring every grand event proceeds smoothly and successfully.