Firemiks’ primary mission is to deliver robust, easy-to-operate proportioning solutions that ensure accurate dosing while minimizing total lifecycle costs for end users.
Our systems provides dependable proportioning performance across diverse applications, under variable flow- and pressure conditions.
Water-driven proportioners provide a key advantage: they require no external energy source.
Unlike electronic systems or balanced-pressure configurations that depend on electricity or auxiliary power such as diesel-driven pumps, our volumetric, water-powered technology operates entirely on the energy of the water flow.
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This results in substantially simpler installation, reduced maintenance complexity and improved operational reliability.
While Oil & Gas continues to represent a significant portion of our installed base, demand is growing across several adjacent sectors.
Shipping and naval applications are increasingly adopting FIREMIKS units, particularly as operators replace traditional inductors to accommodate higher-viscosity SFFF concentrates.
FIREMIKS remains the only provider offering compact, water-driven volumetric pump systems capable of handling flow rates as low as 50–150 lpm.
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Additional growth areas include waste-to-energy facilities and water-mist systems where enhanced fire performance through additive agents is required.
Our FM-approved piston-pump proportioners are defined as Variable Viscosity Pump Proportioners under FM Class 5130.
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They are tested and certified to handle a broad viscosity range—from 1 cP to 6,422 cP (5/s)—independent of foam type or brand.
As long as the concentrate falls within the approved viscosity curve, no calibration or adjustment is required.
This approach provides a highly tolerant and future-ready platform capable of managing both predictable and unexpected formulation variations.
In addition to the growing markets in different sectors mentioned earlier, we are supplying units adapted for specific concentrates that has been developed to fight fires in Li-ion batteries packs, car parks, bus charging stations etc.
Apart from the transition to the more environmentally friendly SFFF concentrates that creates demands for redesigning and re-calculations of old system and an opening for water driven pump systems like ours, we find that the over-all transition towards green energy and the growing demand of electricity will be a constant strong factor many years to come, in the change and development of the fire-fighting market.
