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H Type Ignition Electrode

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H Type Ignition Electrode Specification

Condition
New

Type
H Type Ignition Electrode

Usage
Industrial Burners, Boilers, Heaters

Structure
Twin Rod with Central Ceramic Insulation

Pressure
High

Style
Straight with Dual Points

Material
Ceramic and Stainless Steel

Customization
Available as per customer specifications

Corrosion Resistance
Yes

Application
Gas Burner Ignition, Oil Burner Ignition

Terminal Type
Pin or Threaded

Operating Temperature
Up to 1200°C

Insulator Material
High Purity Alumina Ceramic

Rod Diameter
3 mm to 6 mm

Electrode Rod Material
Nickel Chromium Alloy

Electrode Length
50 mm to 300 mm (customizable)

Ignition Voltage
Above 10 kV

Maximum Spark Gap
2 mm to 5 mm

H Type Ignition Electrode Trade Information

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cash in Advance (CID)

Supply Ability
1000 Per Week

Main Domestic Market
North India

About H Type Ignition Electrode

Discover extraordinary value and reliability with our H Type Ignition Electrode, crafted for high-performance industrial applications. As a top-rated and affordable solution, it features rarefied engineeringcombining a sought-after nickel chromium alloy rod with gilt-edged high-purity alumina ceramic insulation. The electrode, available in customizable lengths from 50 mm to 300 mm, operates at temperatures up to 1200C and ensures secure ignition with voltages above 10 kV. Designed for gas and oil burner ignition, it boasts remarkable corrosion resistance and is engineered for prolonged commercial use in India by a reputed manufacturer and supplier.

Versatile Features & Application Sites

H Type Ignition Electrodes come equipped with twin rods, central ceramic insulation, and customizable dimensions, offering exceptional adaptability. These rarefied units are primarily deployed in industrial burners, boilers, and heaters where high performance under extreme pressure is indispensable. Their corrosion-resistant build ensures longevity even in demanding environments. Common sites for installation include power plants, manufacturing facilities, and process industries, making them a sought-after choice for robust ignition solutions across diverse industrial settings.

Certifications, Supply Charges & Domestic Market

Each ignition electrode is certified for quality, ensuring products reaching you meet gilt-edged industry standards. Our consistent supply ability supports bulk shipped goods to match varying demands. With extensive domestic presence, our offerings are handed over to clients efficiently across India. You can rest assured that every charge shipped reflects our commitment to quality, offering seamless integration for critical applications. Trust our established distribution network for prompt and reliable service, no matter your projects scale or location.

FAQs of H Type Ignition Electrode:

Q: How is the H Type Ignition Electrode customized to specific requirements?

A: The H Type Ignition Electrode can be tailored in length (from 50 mm to 300 mm), rod diameter, terminal type, and other specifications to precisely match the requirements of your industrial application.

Q: What makes this ignition electrode a sought-after choice for industrial burners?

A: Its construction from nickel chromium alloy and high-purity alumina ceramic ensures corrosion resistance, reliability under high pressure, and stable ignition at high temperatures, making it highly valued for industrial burners, boilers, and heaters.

Q: Where can the H Type Ignition Electrode be installed?

A: These electrodes are ideal for installation in power plants, manufacturing facilities, process industries, and any industrial site requiring robust and reliable ignition solutions for gas or oil burners.

Q: What is the process for ordering and receiving the electrode?

A: Customers can specify their customization needs, after which the electrodes are manufactured, subjected to quality certification, and shipped to the clients location anywhere in India, with careful handling to ensure safe delivery.

Q: What are the benefits of using this electrode with a central ceramic insulation structure?

A: The central ceramic insulation boosts the electrodes resistance to heat and electrical stress, leading to better performance, increased lifespan, and greater safety in demanding industrial environments.

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