Gajanand Engineering & Services

An Eclipse Gas Burner Electrode is an essential component of a gas burner system, specifically used in the ignition process. These electrodes are designed to create a spark that ignites the fuel-air mixture in the burner. When combined with the appropriate fuel source, the electrode ensures a smooth and reliable combustion process.

The H Type Ignition Electrode is a key component used in burners and combustion systems, especially in oil and gas burners. Its primary function is to provide the spark or high-voltage electrical discharge necessary to ignite the fuel and air mixture within the burner, initiating the combustion process.

An H Type Electrode is commonly used in burner systems for fuel ignition, specifically designed for oil burners, gas burners, and industrial combustion systems. The main purpose of the H Type Electrode is to create a spark or high-voltage electrical discharge to ignite the fuel and air mixture in the combustion chamber, ensuring efficient and reliable ignition.

Ionization Electrode and Flame Sensing Rod

An Ionization Electrode and Flame Sensing Rod are integral components used in burner systems and combustion applications to detect and monitor the flame presence. These components ensure that the burner operates safely, efficiently, and consistently by verifying that the combustion process is occurring properly.

Ionization Electrode:

An Ionization Electrode (often referred to as a flame rod) is a critical part of the flame sensing system in a burner or combustion system. It works by measuring the ionization (the process where gas molecules are charged during combustion) to confirm whether the flame is present and stable.

The Aluminium Eclipse Electrode is a type of spark ignition electrode used in various industrial combustion systems, including burners, kilns, and other high-temperature processes. The name "Eclipse" often refers to a specific brand or model, suggesting that the electrode is used to ignite fuel in systems that require precise and reliable ignition. The Aluminium material typically refers to the electrode housing or insulating part, which is made from aluminium due to its lightweight, heat-resistant properties.

A Kiln Spark Plug Electrode is an essential component used in kilns and other high-temperature industrial applications. It functions as part of the ignition system, producing a spark that ignites the fuel (such as gas, oil, or other combustibles) inside the kiln's combustion chamber. This spark enables the kiln to reach the desired temperature for the firing or heating process, making it crucial for efficient operation in industries like ceramics, cement production, metallurgy, and other processes requiring controlled heat.

The Ceramic Ecoflame Burner Electrode is a specialized component used in burner systems, specifically designed to enhance ignition performance in oil, gas, and dual-fuel burners. The ceramic electrode is part of the ignition system, playing a crucial role in providing the spark or electrical discharge needed to ignite the fuel-air mixture in the burner.

The Riello Gas 3 Burner Electrode is a key component used in gas-fired burner systems, designed to ensure proper ignition and flame stability. The electrode plays a crucial role in the combustion process by generating an electrical spark that ignites the gas in the combustion chamber.

Backed by our wide vendor base, we are importing and supplying premium quality Ignition Electrodes. These electrodes are vital parts necessary for ignition of gaseous fuel in gas combustion equipment by producing high voltage flash-over. Owing to their procurement being done from trusted  vendor, these electrodes possess good strength, thermal resistant and high electric load bearing efficiency. We offer these products to our customers in durable packaging at equitable price tags.

Features:

• Wear resistant
• Thermal proof
• High durability

A Stainless Steel Ceramic Ignition Electrode is a key component used in gas burners, oil burners, furnaces, and heating systems for igniting the fuel mixture. These electrodes are designed to create a spark or ignition source to start the combustion process, ensuring reliable burner operation.

Key Features of Stainless Steel Ceramic Ignition Electrodes:

1. Durable Material Construction:

   • Stainless steel provides high corrosion resistance and strength, ensuring the electrode is able to withstand harsh operating conditions, including high temperatures, moisture, and fuel exposure.
   • The ceramic insulation around the electrode provides excellent electrical insulation while also preventing any damage due to overheating. Ceramic is also highly resistant to cracking and degradation at elevated temperatures.

2. Ignition Function:

   • The primary role of the ignition electrode is to produce an electric spark that ignites the fuel-air mixture in the burner or combustion chamber.
   • The ceramic part of the electrode is designed to protect the metallic part (the conductor) while ensuring the spark is generated efficiently.

3. High Temperature Resistance:

   • The combination of ceramic and stainless steel ensures the ignition electrode can handle extreme temperatures that are common in burner systems. These electrodes can operate at temperatures ranging from 700°C to 1,000°C (or higher depending on the system).
   • The ceramic helps to insulate the electrical circuit while preventing heat from reaching the metal components of the burner.

4. Electrical Insulation:

   • Ceramic insulation ensures that the electrode’s metal part does not come into direct contact with the burner’s metal components. This prevents electrical shorts and guarantees that the spark is directed to the right place in the combustion system.
   • The ceramic material also provides electrical resistance, allowing it to handle the high-voltage currents required for ignition without damaging the system.

Aluminium Ignition Electrodes are used in burners, particularly in oil or gas-fired systems, to ignite the fuel in the combustion chamber. These electrodes generate a high voltage spark that ignites the fuel-air mixture, ensuring efficient combustion. The use of aluminum as a material for ignition electrodes offers certain advantages due to its properties, particularly its lightweight nature and corrosion resistance

A Water Level Electrode NRG 19-50 is an essential component in various industrial systems, especially in boilers and heating systems, where maintaining the correct water level is crucial for efficient and safe operation. This type of electrode is used for water level detection and control, ensuring that water levels stay within a safe range.

The NRG 19-11 Water Level Electrode is a type of industrial water level detection sensor commonly used in various applications to monitor the water level in tanks, boilers, or other water reservoirs. This specific electrode plays a critical role in controlling and maintaining the correct water levels to ensure efficient and safe operation of industrial systems.