Dositec MULTIFERTIC® 100 Modular Piston Fertiliser Injection Pump

The Dositec MULTIFERTIC® 100 Modular Piston Fertiliser Injection Pump is designed to inject liquid fertilisers, water-soluble nutrients and compatible chemicals into irrigation and industrial dosing systems with exceptional precision and reliability. Its modular design allows the pump to be configured with up to four injection modules, providing a scalable solution for applications requiring increased dosing capacity.

The electrically driven piston mechanism delivers accurate and repeatable chemical injection while maintaining high operating pressures for demanding environments. The modular construction allows additional dosing modules to be added as system requirements grow, making the MULTIFERTIC® 100 an excellent choice for fertigation, agricultural irrigation, horticulture, greenhouses and industrial chemical dosing applications.

With an injection capacity of up to 100 litres per hour and a maximum working pressure of 15 bar (217 PSI), the MULTIFERTIC® 100 is built for continuous-duty performance. Available in PP, PVDF and AISI 316 wetted material configurations with FPM seals, it offers outstanding chemical compatibility, durability and long service life.

Key Features

• Modular piston fertiliser injection pump
• Injection flow up to 100 L/h
• Maximum operating pressure of 15 bar (217 PSI)
• Expandable design supporting up to four injection modules
• Accurate piston dosing technology
• Electric motor driven for continuous operation
• Available in PP, PVDF and AISI 316 material options
• FPM seals for excellent chemical resistance
• Suitable for liquid fertilisers and compatible chemicals
• 3/4-inch suction and discharge connections
• Designed for fertigation, irrigation and industrial dosing applications

Important Operating Note

The MULTIFERTIC® system is designed as a modular dosing platform that can be configured with one, two, three or four injection modules depending on the required injection capacity. Always select the appropriate wetted material to suit the chemical being dosed and ensure maximum service life.