Fire Extinguisher Types, Uses, Prices and Buying Guide


date : 2026-01-11

The use of a fire extinguishing pipe is an essential element in fire fighting systems, as it is used to transport water or special extinguishing fluids, and to connect the various components of the system to ensure effective flow in emergencies according to approved rules and standards. These pipes are distinguished by the color red to differentiate them from the rest of the pipe systems inside the facility.

Fire extinguishing pipes are characterized by their high pressure resistance, corrosion and high temperature resistance, and are certified under UL and FM lists and conform to national safety standards.

Among the leading companies in this field is Tayba Hydro Racks, which provides high-quality fire pipes in various diameters ranging from 1 inch to 3 inches, making it the ideal choice for installing fire networks in various types of projects.

Types of fire extinguishers and their uses

Fire extinguishers are classified into several types, each using a specific extinguishing agent suited to a particular type of fire. These extinguishers differ in their components, uses, and operating precautions. Below is a simplified overview of the most common types of fire extinguishers:

  • Water-based fire extinguisher: This extinguisher is filled with water under pressure from an inert gas,And useEffectively extinguishes fires involving solid materials such as wood, fabric, plastic, and paper. However, it is not suitable forfiresOils or electrical appliances.
  • Foam fire extinguishers contain organic materials that produce a foam composed of a mixture of water, air, and carbon dioxide. They are used on fires involving flammable liquids such as gasoline and diesel, but should not be used on electrical fires.
  • A carbon dioxide (CO₂) fire extinguisher consists of a heavy cylinder filled with pressurized carbon dioxide gas, which liquefies inside the cylinder. This type is used to extinguish fires involving electrical equipment and petroleum products, but is not recommended for use on fires involving solid materials such as paper and wood.
  • fire extinguisherwith powderDry: Packedwith powderDry chemical, and it is one of the most common fire extinguishers due to its ability to combat various types of fires, including electrical, liquid and solid fires.

Each fire extinguisher is designed to suit specific conditions, so it is essential to choose the appropriate type according to the type of potential hazards in the location to ensure effective extinguishing and safe use. Contact us now to learn more about fire extinguisher hoses.

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Can a fire extinguisher be used more than once?

Yes, a fire extinguisher can be used more than once if it is not completely depleted and its pressure is still within the safe range, but that depends on the type of extinguisher and how often it is used.

After every use, even if it is simple, it is important to check the fire extinguisher to make sure that it is still usable, and it is preferable that a specialist does this. In some cases, the fire extinguisher needs to be refilled or serviced before it is used again, so you should not rely on a fire extinguisher that has been used before without checking it well, especially in emergency situations.

What is a fire extinguisher hose?

The fire extinguishing pipe is mainly used to transport water or liquids used in firefighting systems, as well as to connect firefighting equipment together. According to approved international standards, the pipe must be painted red to distinguish it from other pipes inside the facilities.

It is characterized by its high pressure resistance, corrosion resistance, and high-temperature resistance. It is also UL and FM certified and complies with national safety standards. It is available in two types: galvanized and ungalvanized, in various diameters ranging from 1 inch to 3 inches.

How to inspect fire extinguishers

Fire extinguishers are available in several types, and their classification depends primarily on the extinguishing agent they contain, as each type is designed to combat a specific type of fire. Some of the most prominent types of extinguishers include:

  • Water extinguishers
  • Foam fire extinguishers
  • Carbon dioxide fire extinguishers
  • dry powder fire extinguishers
  • wet chemical fire extinguishers

To ensureTo ensure the readiness of fire extinguishers in emergencies, it is essential to maintain them regularly according to specific steps that include all types, which are as follows:

  • Monthly visual inspection: Ensure that the fire extinguisher is in its designated place, clearly visible and easily accessible, and remove any obstacles that may hinder its use or hide it from view.
  • Internal maintenance: The qualified technician performs a comprehensive maintenance that includes emptying the contents of the fire extinguisher, opening it and cleaning it thoroughly using specialized tools, then refilling it with the appropriate extinguishing agent.
  • Pressure test: This test is used to verify the fire extinguisher's ability to operate efficiently. During the test, it is confirmed that the pressure gauge is in the green zone and that the extinguisher body is free of rust, cracks, or leaks.
  • Check the basic components: Make sure the expiry date is valid, the hose and valve are intact and undamaged, the spray nozzle is not blocked, and the safety screw is properly secured.

Contact us now to learn more about the price of a fire extinguisher hose by contacting Taiba Hydro Racks, one of the largest companies in the industry. Fire fighting companies In Egypt, you can reach us at the following phone numbers:

  • 01001925610
  • 01000106149
  • 01000041972

How to inspect fire extinguishers

Fire extinguishers have a lifespan of 12 months, so purchasing one is only the first step in a safety system. Regular inspections and maintenance, including annual maintenance, are essential to ensure they are ready for use when needed. The owner of the extinguishers is required to conduct a comprehensive functional inspection of each extinguisher at least once every 12 months. Here are the steps for inspecting a fire extinguisher:

  • Checking the fire extinguisher pressure gauge: The pressure gauge is divided into three zones.
    • Red zone: Low pressure means the fire extinguisher is unusable or expired.
    • Green zone: Pressure is within the normal range and the fire extinguisher is usable.
    • Yellow zone: The pressure is very high, which may pose a risk of explosion.
  • Check the fire extinguisher body: Make sure there is no rust or cracks on the fire extinguisher body, and note the condition of the outer red paint, especially if it is faded or peeling.
  • Check the internal parts of the fire extinguisher: Check the powder tube, suction tube, nozzle, and spray gun to ensure there are no blockages. Blockages should be cleaned immediately, and the moisture barrier membrane should be replaced if necessary.
  • Check the safety pin: Make sure the safety latch (safety pin) is properly secured and working as it should.
  • Maintenance procedure after use: After each use, the fire extinguisher should be sent to a specialized maintenance company for inspection, refilling with extinguishing agent and gas, and replacement of any damaged parts.
  • Checking the operating mechanism: Make sure that the operating mechanism works smoothly, that the seal is intact, and that the cover is securely fastened.

It is essential to be familiar with the different types of fire extinguishers, as each type has its own method of inspection and maintenance depending on its components and how it is used. Contact us to learn more about fire extinguisher hoses.

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Types of fire extinguishing cylinders

  • Water extinguishers:
    • Effective against fires caused by flammable solid materials such as paper, wood, and fabric.
    • Suitable for homes and offices, safe and easy to use.
  • Foam cylinders (Foam Extinguishers):
    • Used to isolate fire from oxygen, ideal for flammable liquids such as oils and gasoline.
    • Suitable for restaurants and warehouses containing flammable liquids.
  • Carbon dioxide cylinders (CO₂ Extinguishers):
    • It leaves no residue and is ideal for electrical appliances and sensitive equipment.
    • Used in offices, laboratories, and commercial kitchens.
  • Dry powder extinguishers:
    • Multi-purpose, effective against fires of solids, liquids, and gases.
    • Common in automobiles and industrial warehouses.
  • Wet chemical extinguishers:
    • Designed for oil and grease fires in home and commercial kitchens.
    • It prevents reignition and protects against the spread of fire.

Filling the fire extinguisher cylinder

The fire extinguisher cylinder is filled according to the type of material used in it, whether it is water, foam, carbon dioxide, dry powder, or a wet chemical.

The filling process includes first inspecting the cylinder to ensure it is free from damage or corrosion, adjusting the appropriate pressure according to the manufacturer's specifications, then filling it with the designated material while ensuring the integrity of the valves and nozzles. This process must always be carried out by certified technicians to ensure the cylinder's effectiveness and safe use in emergencies.

The difference between a powder tube, a foam tube, and a carbon dioxide tube

Fire extinguisher types vary depending on the material used inside them, but for a specific use, for example, a dry powder extinguisher is used with high efficiency in extinguishing fires of solid materials, flammable liquids and gases. It is also effective in fighting electrical fires and is suitable for open spaces, but it leaves a lot of residue.

As for the foam fire extinguisher, it is ideal for extinguishing fires involving flammable liquids such as gasoline and diesel, as it forms an insulating layer that prevents oxygen from reaching the flame. However, it is not used with electrical appliances or electronic device fires. It is characterized by the fact that it does not leave any residue after its use, but it is not suitable in narrow spaces due to the risk of suffocation.

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Key technical specifications for fire extinguishers according to safety standards

A fire extinguishing pipe is a key component in fire suppression systems and must comply with approved safety standards to ensure its effectiveness in emergencies.

One of the most important technical specifications for these pipes is that they be made of durable materials such as galvanized or black steel or heat-resistant plastic such as CPVC, with the necessity of being able to withstand an operating pressure of up to 175-300 PSI.

Fire hose pipes are typically red for easy identification and must be coated with a layer resistant to corrosion and environmental factors. They are designed in various diameters depending on the nature of the facility and the number of fire hydrants, and are connected using threaded connections, welding, or mechanical joints. Fire hose pipes must be certified by reputable bodies such as UL or FM, and must undergo pressure and quality testing according to NFPA or EN standards to ensure their readiness when needed.

The role of safety companies in supplying and installing certified fire pipes

Firefighting companies play a vital role in protecting lives and property from the dangers of fires, by supplying and installing firefighting systems according to the highest standards of quality and safety. Taiba Hydro Racks is one of the leading companies specializing in this field, as it provides certified fire pipes that conform to international technical specifications such as NFPA, UL and FM.

Taiba Hydro Racks is distinguished by its expertise in selecting the right materials and providing integrated solutions starting from supply, through professional installation work, and ending with technical tests and ensuring the efficiency of the systems.

Thanks to its commitment to quality and precision in execution, Taiba Company has become hydro racks An ideal choice for institutions and establishments looking for the best types of fire extinguishing pipes, safety and efficiency in fire suppression systems.