China’s Isuzu KV100 5m³ Water Tanker Exported to Philippines for Shimizu-Fujita-Takenaka EEI Joint Venture Projects

In May 2025, a batch of Isuzu KV100 120HP water tankers was dispatched from China to the Philippines, marking a strategic collaboration between Chinese manufacturers and the Shimizu-Fujita-Takenaka EEI Joint Venture. These 5-cubic-meter Tanker Sprinkler are tailored for urban sanitation, green space irrigation, and dust control at construction sites across Manila, Cebu, and Davao.

 

 

 

Product Specifications: Engineered for Tropical Efficiency

The Isuzu KV100 water tanker, manufactured by a leading Chinese special vehicle factory, combines Japanese engineering with China's cost-competitive production. Key features include:

• Chassis: Isuzu 4*2 left-hand drive platform with a 3,360mm wheelbase.
• Engine: Isuzu 4KH1CN5HS turbocharged diesel (120HP), compliant with Euro IV emission standards.
• Tank Capacity: 5,000 liters (5m³) carbon steel construction with anti-corrosion treatment.
• Pump System: 40/45 high-pressure water pump for multi-functional spraying (front nozzle, rear sprinkler, side jets, and 30m water cannon).
• Dimensions: 6,545mm (L) × 2,350mm (W) × 2,550mm (H), suitable for narrow urban roads.
• Safety: Dual-circuit air brakes, engine exhaust brake, and 3-person air-conditioned cabin.

"This model is ideal for Southeast Asia's climate," said a factory engineer. "The reinforced chassis and rust-resistant tank ensure a 15-year lifespan even in humid conditions."

Use Cases: Enhancing Philippines' Urban Infrastructure

1. Road Maintenance: Daily cleaning of EDSA and Commonwealth Avenue in Metro Manila, reducing particulate pollution by 40%.
2. Landscaping: Irrigation of 1,200+ hectares of public parks in Quezon City and Taguig.
3. Construction Dust Control: Deployed at SM Prime Holdings' mixed-use developments to meet DENR air quality regulations.

The Shimizu-Fujita-Takenaka EEI Joint Venture, a consortium leading Philippines' public-private partnership projects, praised the tankers' "operational efficiency," noting a 25% reduction in water consumption compared to local alternatives.