HOWO 16 Ton Foam Fire Truck

Hubei Ruitu Technology Co., Ltd. is one of the leading manufacturers and suppliers of howo 16 ton foam fire truck in China. If you're going to wholesale the newest howo 16 ton foam fire truck made in China, welcome to get quotation from our factory. All customized products and OEM products are with high quality and competitive price.

The HOWO 16 Ton Foam Fire Truck is designed for industrial firefighting where greater extinguishing-agent capacity is needed. It is commonly used in petrochemical plants, fuel storage facilities, ports, airports, and large industrial complexes that require extended firefighting capability.

The vehicle includes a water tank, foam tank, fire pump, foam proportioning system, and fire monitor, so crews can apply water or foam according to fire characteristics. This configuration fits locations with flammable liquid risks, such as storage terminals, processing facilities, and fuel handling areas.

Equipment compartments provide room for hoses, foam application equipment, fittings, and other firefighting tools. Based on a HOWO heavy-duty chassis, the truck supports routine fire protection, emergency response, and firefighting assistance at high-risk industrial sites.

 

• Built from the RUI5320GXFPM160 platform, the Sinotruk Howo 16-ton foam fire truck uses its chassis layout and body structure as the base for firefighting and emergency rescue duties.
• Fire hoses, suction pipes, water filters, water collectors, three-way water supply components, and related modules are integrated into the vehicle layout to suit specific operating procedures and functional requirements.
• Customized modification items and expansion options can be configured around the project scope and the end user's operating requirements.
• With 338kW of power output, the truck balances heavy-duty road mobility with continuous firefighting operation.
• This Sinotruk Howo 16-ton foam fire truck fits procurement plans that compare the chassis platform, foam system functions, and expected operating conditions.