HF1104 Series Stainless Steel Igniter

Name: HF1104 Series Stainless Steel Igniter
Brand: HEAT FOUNDER Silicon Nitride Igniter, Silicon Nitride Heating Element
SKU: HF1104 Series
Availability: InStock
Rating: 5 (1 reviews)

Item No.: HF1104 Series

The HF1104 Series Stainless Steel Igniter delivers durable, precise ignition performance for advanced heating systems. Designed for compatibility with ceramic heater elements and hot water heater igniters, it ensures reliable operation.

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Description DRAWING

Targeted Ignition Solution for Industrial Heating Systems
The Stainless Steel Igniter is engineered to fulfill the demanding ignition requirements of industrial operators and equipment manufacturers. It serves as a robust igniter for furnace applications, ensuring consistent heating element activation in biomass boilers, gas burners, and pellet stoves. Designed particularly for users in sectors prioritizing process reliability, this solution minimizes downtime and enhances operational continuity. Its compatibility with multiple flange materials—ceramic, stainless steel, or copper—addresses diverse installation needs, thus fitting seamlessly into complex heating assemblies demanding precise ignition control.

Technical Build and Performance Characteristics
Built from high-grade Incoloy 800 alloy, the igniter delivers excellent thermal resistance within a stable temperature range of 600~800°C (1112~1472°F). Operating at 230V and 350W power rating, it achieves ignition times from 100 to 180 seconds, optimizing startup efficiency. The presence of a ceramic heater component in the flange options enhances heat insulation and operational longevity under sustained thermal stress. Adhering to stringent certifications such as SGS, ISO9001, and Intertek, the device ensures compliance with international quality and safety standards, vital for critical furnace ignitor systems.

Industrial Applications and Market Relevance
This hot rod igniter fits varied applications including pellet burners, pellet BBQ grills, and gas stove ignition systems, meeting industry demands for high-integrity heating solutions. Its adaptability extends to agricultural and scientific equipment where precise ignition is essential. As an integral part of modern furnace ignitor replacement strategies, it contributes to enhanced energy efficiency and emission control compliance. The product supports industrial workflows by integrating reliably with smart control units in heating apparatuses, thereby enabling stable ignition cycles and safeguarding system performance.

Product Advantages

Design and Structural Reliability in Harsh Environments
The choice of Incoloy 800 stainless steel for the igniter’s core structure enhances resistance to thermal fatigue and oxidation, ensuring durability in high-temperature furnace operations. Multiple flange material options—including ceramic and stainless steel—provide modularity for application-specific fitting and thermal isolation. This design flexibility supports integration with various industrial furnace architectures, reducing the need for extensive retrofitting. Additionally, the hot surface ignitor’s compact tube dimensions allow for efficient space utilization within burner assemblies, combining robust mechanical integrity with precise thermal conduction properties.

Operational Efficiency and User-Centric Performance Benefits
Engineered for predictable ignition timing and thermal stability, the igniter’s performance promotes rapid startup sequences that optimize furnace cycle times and reduce fuel consumption. Its power rating and voltage compatibility align with standard industrial electrical systems, simplifying installation and maintenance logistics. The furnace ignitor replacement enables reduced downtime by providing consistent ignition reliability under variable operational conditions. Moreover, standardized certifications offer end users assurance around product safety and regulatory compliance, which supports risk mitigation strategies and long-term operational planning.

Name	Stainless Steel Igniter
Model	HF1104 Series
Material	Incoloy 800
H.S. Code	8516800000
Voltage	230V
Power	350W
Flange	Ceramic/Stainless Steel/copper/customized
Temp Range	600~800 °C/1112~1472℉
Ignition Time	100-180 seconds
Samples fee	Please contact for confirmation.
Packing	carton
Lead time	5 working days for samples; 12 working days for mass production
QC	Strict quality control under SGS, ISO9001 and Intertek.
Certification	BSCI, ISO9000/1400,BV TUV SGS FSC etc.
Applications
Biomass boiler/burner	Pellet burners
Gas burner/stove	Pellet boiler
Ignition of gas or oil	Pellet burner
Pellet Stove	Pellet BBQ grill
Stove fireplace	Medical-Scientific
Wood pellet stove	Heaters-Agricultural
Particle Burning	Spark Igniters
Fuel cells	EV heating
Gas appliances	Glow plug
Petroleum equipment	Cabin heater
Soldering iron	Gas sensor
gas furnaces,	DPF/Catalyst
gas boiler

Model Number	Voltage(V)	Rating power(W)	OD.tube(mm)	Total length L1(MM)	Length under flange Width L2(MM)	Length of Hot Zone L3(MM)	Max.OD.flange(MM)
HF1104001	230V	350W	12.5	170	160	125	18
HF1104002	230V	350W	12.5	180	170	135	18
HF1104003	230V	350W	12.5	175	160	125	18

Use Scenarios

Biomass Boiler Ignition in Clean Energy Facilities
Within biomass boiler operations focused on renewable energy production, the igniter ensures rapid and stable ignition of pellet and particle fuels. Its durable stainless steel flange and hot rod igniter technology withstand frequent thermal cycling typical in biomass combustion environments. This reliable ignition component supports emissions control by promoting steady flame propagation and preventing delayed ignition phenomena. Integration into automated burner control systems guarantees precise ignition sequencing, which is critical for meeting environmental compliance requirements and optimizing fuel utilization efficiency in clean energy applications.

Gas Burner Systems in Commercial Heating Installations
In commercial gas burner setups, the igniter functions as a key component enabling safe and controlled furnace startup. The hot surface ignitor design delivers uniform heating to the ignition zone, reducing the risk of misfires and flame instability. Its compliance with internationally recognized quality standards ensures consistent performance in diverse operational contexts, from residential heating units to large-scale industrial gas burners. The igniter’s design facilitates seamless replacement in maintenance workflows, minimizing system downtime and supporting continuous heating operation critical for commercial facility management.

FAQ

What materials are used in your Stainless Steel Igniter?
Our Stainless Steel Igniter is made from durable Incoloy 800, combined with ceramic, stainless steel, or copper flange options. This combination ensures high-temperature resistance and longevity suitable for various heating devices needing a reliable furnace ignitor.

Can the igniter be adapted for different heating appliances?
Yes, we offer customization of flange materials and dimensions to fit diverse applications like pellet stoves, biomass boilers, and gas burners. Let us know your specific design needs, and we will provide a tailored solution for your igniter for furnace system.

How do I install the Stainless Steel Igniter correctly?
Installation requires securing the igniter flange in the heater's combustion zone where ignition occurs. We supply detailed specifications and can assist with technical guidance to ensure optimal positioning and reliable ignition performance during startup.

What is your standard lead time for orders?
We typically deliver sample orders within 5 working days and bulk production orders within 12 working days. Our supply chain is optimized for timely delivery of certified hot surface ignitor components to support your project schedules.

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