With the support of our experienced experts, we are providing excellent quality Cumituff Ignition Electrode, which is used in water heaters, gas appliances and boilers, ovens. This electrode is made utilizing best grade nickel, alumina and magnesium alloys at our experts' ends utilizing hi-tech machines and tools. Ergonomically engineered, our given electrode can withstand high temperature as well. In addition to this, we make sure to deliver this cumituff ignition electrode at the best market price and that too within the promised time frame.
ïCumituff Ignition Electrode:
Combustion & control systems, Mumbai offering Boiler ignition electrodes and ignition transformer, We keep stock of Cumituff ignition electrodes and spark plugs.
We supply following ignition electrodes:
1. Cumituff ignition electrode 8mmx 60 mmx 60 mm
2.ïCumituff ignition electrode 8mmx 60 mmx 100 mm
3. Cumituff ignition electrode 8mmx 100 mmx 100 mmï
4.ïCumituff ignition electrode 8mmx 150 mmx 100 mmï
5.ïCumituff ignition electrode 8mmx 300 mmx 100 mmï
6.ïCumituff ignition electrode 8mmx 350 mmx 100 mmï
7.ïCumituff ignition electrode 10mmx 75 mmx 100 mmï
8.ïCumituff ignition electrode 10mmx 100 mmx 100mm
9.ïCumituff ignition electrode 10mmx 150 mmx 100 mm
10.ïCumituff ignition electrode E2/100-100
11.ïCumituff ignition electrode E4/100-100ï
12.ïCumituff ignition electrode E2/125-100ï
13.ïCumituff ignition electrode E2/75-100
14.ïCumituff ignition electrode E4/75-150ï
15.ïCumituff ignition electrode E4/75-55
16.ïCumituff ignition electrode E4/125-100
17.ïCumituff ignition electrode E2/150-100
18.ïCumituff ignition electrode E4/150-100
19.ïCumituff ignition electrode E2/200-150ï
20.ïCumituff ignition electrode E4/200-150ï
21.ïCumituff ignition electrode E4/200-220ï
ïETC...ï
Built with robust ceramic material, the Cumituff Ignition Electrode efficiently delivers consistent ignition under high-pressure conditions. It is an essential element for industrial setups seeking reliable and long-lasting operation. Multiple sizes ensure compatibility with a range of machinery, making it a trusted choice for manufacturers and operators nationwide.
Whether its for manufacturing plants, processing units, or industrial boilers, this electrode fulfills diverse ignition requirements. Its durable construction and broad material compatibility make it a valuable solution for various industrial functions, contributing to reduced maintenance and increased efficiency.
FAQs of Industrial Cumituff Ignition Electrode:
Q: How should the Cumituff Ignition Electrode be installed in an industrial setup?
A: The Cumituff Ignition Electrode should be installed by following equipment-specific guidelines provided by the manufacturer, ensuring correct sizing and positioning within the ignition system for optimal performance.
Q: What benefits does the ceramic material provide to the ignition electrode?
A: Ceramic material offers high thermal resistance and durability, making the electrode suitable for high-pressure and demanding industrial conditions, thereby prolonging its lifespan and reliability.
Q: When is it recommended to replace an ignition electrode in industrial applications?
A: It is advisable to replace the ignition electrode during routine maintenance checks or when a decline in ignition performance or physical wear is detected to prevent system downtime.
Q: Where can I source the Cumituff Ignition Electrode in India?
A: Cumituff Ignition Electrodes are available across India through certified distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers for reliable procurement.
Q: What is the process for choosing the correct size of Cumituff Ignition Electrode?
A: Selecting the correct size involves assessing the technical specifications of your industrial equipment and consulting with suppliers to ensure compatibility and optimal performance.
Q: How can this electrode improve industrial operations?
A: By providing stable and efficient ignition, the electrode contributes to enhanced operational safety, reduced maintenance frequency, and improved energy efficiency within industrial systems.