While medium-expansion applications are used by firefighting teams, low and high-expansion applications are carried out by human-independent systems.

Concentrated chemicals are used to cover burning surfaces, push oxygen and cool the fuel.

It is an aqueous film-forming foam concentrate consisting of a mixture of fluorocarbon, hydrocarbon surfactants and various solvents and stabilizers. Only C6 Pure fluorosurfactants are used in AFFF formulations. AFFF 3% uses the unique film forming effect to cut off the oxygen supply to the fire.

It is an alcohol-resistant aqueous film-forming foam concentrate consisting of a mixture of fluorocarbon, hydrocarbon surfactants and polymers, various solvents and stabilizers. All AFFF-ARC foam concentrates are formulated with 100% C6 Pure fluoro-surfactants and fluoro-polymers.

Viking 3% XMAX is a new generation high performance and multi-purpose foam concentrate. HIt can be used on hydrocarbon and solvent fires. This special foam, which does not contain fluorine, can be preferred in medium and low expansion applications. It is suitable for use with sea water and fresh water. With its 3% mixture ratio, it is extremely effective in extinguishing large-scale fires.

Due to environmental concerns and new legislation around the world, fluorine-free foam concentrates have become widespread. These new foam concentrates, which have PFAS1-free foams and can perform at the levels of traditional fluorinated (AFFF2) systems, can be used safely on both hydrocarbon and solvent fires.

The dense foam concentrate is kept in a pressurized or atmospheric tank. In systems with a foam pump, dosing is provided at the correct rate with the pressure of the water.

These products, made of stainless steel with capacities of 200-600 Liters, are generally used at points where small spaces or a certain device or equipment needs to be protected. These tanks contain venturi type or proportional foam-water mixers.

These tanks are made of carbon steel. There are two types of options: horizontal or vertical. In these products, which offer foam storage options in the range of 100-15000lt, the membrane in the tank is sent to the mixer unit with water pressure.

Foam pumps, which are used to send the foam-water mixture over long distances, facilitate the design processes. A positive displacement electric pump is used to deliver the water and foam mixture to the desired point.

The concentrate is mixed in line with pressurized water at a predetermined rate, flow rate, and pressure.

Wide-range proportions are connected to atmospheric or membrane foam tanks via an external, corrosion-resistant deluge valve. These proportioners are produced in the factory with fixed ratios of 1%, 3% and 6%. Since the friction loss is low during the passage of water and foam concentrate, it can operate at low pump pressure.

This equipment ensures that a certain amount of foam concentrate is mixed into the water passing through it. Since the amount of foam to be mixed is proportional to the pressure and flow rate at that point, the calculation must be made very carefully. The pressure loss in these products is high due to the internal structure of the material.

The foam and water solution mixed in the proportioner is expanded with air at the injection point.

Expansion and classic sprinkler heads are used with air inlet, and brass and stainless heads are used in low-hazard areas.

These products, made of carbon steel, are generally used in low expansion foam application in tanks and overflow pools.

These products, which are electric motorized, oscillating or manually controlled, are used in medium and high hazard liquid fires from long distances.

High-expansion foam generators, offered with or without fans, are generally used in aircraft hangars or chemical warehouses.