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Maxon

USABurners & Combustion

Maxon is a manufacturer of ignition and flame-detection components for industrial combustion systems, with a product line centered on electrodes and spark plugs for burner applications. The company's portfolio includes flame electrodes, spark plugs, and related ignition hardware designed for integration into oil and gas burners across a range of thermal processes, from process heating to power generation. Maxon's electrode lineup covers models for specific burner architectures, including flame electrodes for Valupak-series burners (OVP 405–422M and OVP 425–442M ranges), spark plugs in the Kinémax and standard reference series, and hardened electrodes in extended-length formats (such as the 14 mm × 25 m configuration). These components are rated for the electrical and thermal demands of ignition in pressurized combustion chambers, with designs suited to both standard and high-temperature operating envelopes. The product range covers both flame-detection electrodes—used to verify pilot or main flame presence—and spark-generation plugs for ignition initiation. Specifications such as electrode diameter, lead length, and connector type are matched to original equipment manufacturer (OEM) burner designs, ensuring mechanical and electrical compatibility. Maxon components are typically constructed from high-temperature alloys and ceramic insulators to withstand the corrosive and thermal stresses of continuous burner operation. The electrodes are available in various lengths and thread sizes, with options for straight or angled configurations to fit different burner geometries. Spark plugs are designed to deliver reliable ignition under varying fuel-to-air ratios and environmental conditions, with robust insulation to prevent electrical leakage. Flame electrodes are engineered to sense the presence of a flame through ionization or rectification, providing a signal to the burner management system for safe operation. The product line includes both OEM-specific replacements and universal parts, allowing for flexibility in maintenance and repair scenarios. For procurement and maintenance teams, Maxon's components are recognized for their dimensional accuracy and material integrity, which are critical for ensuring proper seating and electrical contact in burner systems. The availability of extended-length electrodes (e.g., 14 mm × 25 m) addresses installations where the ignition point is located deep within the combustion chamber, reducing the need for custom fabrication. Maxon's catalog is structured to simplify part identification, with reference numbers that correspond to specific burner models and configurations, facilitating accurate ordering and inventory management. 3G Electric supplies the full range of Maxon ignition and flame-detection components, supporting plant engineers and maintenance managers with genuine parts for scheduled maintenance, retrofits, and emergency repairs. The inventory includes both common and less-frequently-stocked items, ensuring that critical components are available when needed. With global shipping, 3G Electric ensures that Maxon's components reach facilities worldwide, minimizing downtime for combustion equipment. For technical buyers, the key considerations when selecting Maxon electrodes and spark plugs include matching the part number to the burner model, verifying the electrode length and diameter, and confirming the connector type to ensure compatibility with existing wiring. Proper selection is essential for reliable ignition and flame monitoring, which directly impacts burner efficiency and safety. Maxon's components are designed to meet the operational demands of industrial burners, and their use is specified by many OEMs in the combustion industry. By stocking these parts, 3G Electric provides a reliable source for maintaining burner systems, whether for routine replacement or unplanned failures. The focus on genuine Maxon parts ensures that the performance and longevity of the ignition system are maintained, avoiding the risks associated with non-OEM alternatives. For facilities operating Maxon-equipped burners, having a dependable supply chain for these components is critical to maintaining production uptime and compliance with safety standards.

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About Maxon

Maxon is a manufacturer of ignition and flame-detection components for industrial combustion systems, with a product line centered on electrodes and spark plugs for burner applications. The company's portfolio includes flame electrodes, spark plugs, and related ignition hardware designed for integration into oil and gas burners across a range of thermal processes, from process heating to power generation. Maxon's electrode lineup covers models for specific burner architectures, including flame electrodes for Valupak-series burners (OVP 405–422M and OVP 425–442M ranges), spark plugs in the Kinémax and standard reference series, and hardened electrodes in extended-length formats (such as the 14 mm × 25 m configuration). These components are rated for the electrical and thermal demands of ignition in pressurized combustion chambers, with designs suited to both standard and high-temperature operating envelopes. The product range covers both flame-detection electrodes—used to verify pilot or main flame presence—and spark-generation plugs for ignition initiation. Specifications such as electrode diameter, lead length, and connector type are matched to original equipment manufacturer (OEM) burner designs, ensuring mechanical and electrical compatibility. Maxon components are typically constructed from high-temperature alloys and ceramic insulators to withstand the corrosive and thermal stresses of continuous burner operation. The electrodes are available in various lengths and thread sizes, with options for straight or angled configurations to fit different burner geometries. Spark plugs are designed to deliver reliable ignition under varying fuel-to-air ratios and environmental conditions, with robust insulation to prevent electrical leakage. Flame electrodes are engineered to sense the presence of a flame through ionization or rectification, providing a signal to the burner management system for safe operation. The product line includes both OEM-specific replacements and universal parts, allowing for flexibility in maintenance and repair scenarios. For procurement and maintenance teams, Maxon's components are recognized for their dimensional accuracy and material integrity, which are critical for ensuring proper seating and electrical contact in burner systems. The availability of extended-length electrodes (e.g., 14 mm × 25 m) addresses installations where the ignition point is located deep within the combustion chamber, reducing the need for custom fabrication. Maxon's catalog is structured to simplify part identification, with reference numbers that correspond to specific burner models and configurations, facilitating accurate ordering and inventory management. 3G Electric supplies the full range of Maxon ignition and flame-detection components, supporting plant engineers and maintenance managers with genuine parts for scheduled maintenance, retrofits, and emergency repairs. The inventory includes both common and less-frequently-stocked items, ensuring that critical components are available when needed. With global shipping, 3G Electric ensures that Maxon's components reach facilities worldwide, minimizing downtime for combustion equipment. For technical buyers, the key considerations when selecting Maxon electrodes and spark plugs include matching the part number to the burner model, verifying the electrode length and diameter, and confirming the connector type to ensure compatibility with existing wiring. Proper selection is essential for reliable ignition and flame monitoring, which directly impacts burner efficiency and safety. Maxon's components are designed to meet the operational demands of industrial burners, and their use is specified by many OEMs in the combustion industry. By stocking these parts, 3G Electric provides a reliable source for maintaining burner systems, whether for routine replacement or unplanned failures. The focus on genuine Maxon parts ensures that the performance and longevity of the ignition system are maintained, avoiding the risks associated with non-OEM alternatives. For facilities operating Maxon-equipped burners, having a dependable supply chain for these components is critical to maintaining production uptime and compliance with safety standards.

Common Applications

  • Process heating — Maxon flame electrodes for OVP 425–442M burners in industrial furnaces
  • Power generation — Maxon spark plug Kinémax 39783 for ignition in boiler burners
  • Food processing — Maxon spark plug ref. 018110 for direct-fired ovens
  • Petrochemical refining — Maxon electrode 18075 14mm L=25m for deep-chamber ignition
  • Waste incineration — Maxon flame electrode NP/RG/AL5 ref. 018117 for flame monitoring
  • HVAC and commercial boilers — Maxon spark plug Valupak Ovenpak ref. 047232 for packaged burners
Origin: Manufactured in USA

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Frequently asked questions

Common questions about Maxon from 3G Electric.

What is the difference between a Maxon flame electrode and a spark plug?

A Maxon flame electrode is used for flame detection, operating on the principle of flame rectification or ionization to sense the presence of a flame and send a signal to the burner control. A spark plug, on the other hand, generates a high-voltage spark to ignite the fuel-air mixture. In a typical burner system, the spark plug initiates ignition, and the flame electrode verifies that the flame is established. Both components are critical for safe and efficient burner operation, and they are not interchangeable. Maxon offers specific models for each function, such as the flame electrodes for OVP burners and spark plugs in the Kinémax series.

How do I select the correct Maxon electrode for my burner model?

To select the correct Maxon electrode, you need to match the part number to your specific burner model. Maxon provides reference numbers that correspond to particular burner series and configurations. For example, flame electrodes for OVP burners are designated by ranges like 405–422M or 425–442M, and each has a unique reference (e.g., 027729 or 027731). Additionally, consider the electrode's physical dimensions—diameter, length, and connector type—to ensure it fits your burner's mounting and electrical connections. Consult your burner's documentation or the Maxon catalog to verify compatibility. If you are unsure, 3G Electric's technical support can assist in identifying the right part based on your burner model.

Are Maxon spark plugs suitable for high-temperature applications?

Yes, Maxon spark plugs are designed to operate in the high-temperature environments typical of industrial combustion chambers. They are constructed with materials that withstand thermal stress and resist corrosion from combustion byproducts. For example, the Kinémax spark plug (ref. 39783) is engineered for reliable ignition under demanding conditions. However, it is important to select the correct model for your specific application, as different spark plugs may have varying temperature ratings and voltage requirements. Always verify that the spark plug's specifications meet the operational demands of your burner system to ensure consistent performance and longevity.

What is the significance of the extended-length Maxon electrode (14 mm × 25 m)?

The extended-length Maxon electrode, such as the 18075 model with a 14 mm diameter and 25-meter length, is designed for burners where the ignition point is located deep within the combustion chamber. This configuration allows the electrode to reach the flame zone without the need for custom extensions or modifications. The extended length ensures proper positioning for reliable flame detection or spark generation, which is critical for burner efficiency and safety. These electrodes are typically used in larger industrial burners or in installations with limited access. When selecting such an electrode, ensure that the length and diameter match your burner's specifications to avoid mechanical interference or electrical issues.

Can Maxon electrodes be used in both oil and gas burners?

Maxon electrodes and spark plugs are designed for use in a variety of combustion systems, including both oil and gas burners. The ignition and flame-detection principles are similar, but the specific electrode model must be compatible with the burner's design and the fuel type. For instance, flame electrodes for OVP burners are used in gas-fired systems, while other models may be suited for oil-fired applications. It is essential to select a Maxon part that is specified for your burner's fuel type and operating conditions. Using the wrong electrode can lead to unreliable ignition or flame detection, posing safety risks. Always consult the manufacturer's specifications or seek technical advice from 3G Electric to ensure correct selection.

What maintenance is required for Maxon spark plugs and flame electrodes?

Regular maintenance of Maxon spark plugs and flame electrodes is essential for reliable burner operation. Over time, these components can accumulate carbon deposits, corrosion, or wear, which can impair their performance. Inspect them periodically for signs of damage, such as cracked insulators, eroded electrodes, or excessive soot buildup. Clean the electrodes gently with a soft brush or appropriate solvent, avoiding abrasive materials that could damage the surface. Check the electrical connections for tightness and corrosion. Replace components that show significant wear or fail to produce a consistent spark or flame signal. Following the manufacturer's recommended maintenance intervals and using genuine Maxon parts will help ensure optimal performance and safety.