HF1308 Series Ceramic Igniter

Item No.: HF1308 Series
The HF1308 Series ceramic igniter delivers reliable ignition with high thermal resistance and durable construction. Engineered as a versatile furnace ignitor replacement and hot surface ignitor for efficient heating system startups.
Description DRAWING
Precision Ignition Solution for Industrial Heating Systems
The HF1308 Series serves as a robust
igniter for furnace applications, engineered specifically to meet the needs of manufacturers and systems integrators requiring consistent startup performance. Its suitability spans biomass boilers, pellet stoves, gas burners, and furnace ignitor replacement scenarios. Production environments demanding reliable, quick ignition cycles benefit from the series’ optimized ignition time of 40 to 60 seconds. These features position the HF1308 as a critical component in heating systems aimed at higher uptime and improved operational efficiency, addressing specialized combustion requirements for commercial and industrial facilities.

Advanced Materials and Electrical Specifications for Durability
Constructed from 96% alumina ceramic, the HF1308 Series hot rod igniter exhibits exceptional thermal resistance, operating efficiently up to 1050 °C (1922 °F). Available in power variants of 150W, 200W, and 250W and voltage options of 120V and 230V, it delivers flexible integration across diverse heating systems. The combination of ceramic heaters with stainless steel, copper, or customizable flanges enhances mechanical robustness and corrosion resistance essential for harsh operating conditions. Quality certifications such as SGS, ISO9001, and Intertek ensure compliance with stringent industry standards, reinforcing reliability throughout product lifecycle management.

Critical Component for Multi-Industry Thermal Applications
The HF1308 Series is integral to ignition processes across multiple sectors, including agricultural heating systems, gas appliances, and medical-scientific heating equipment. Its role as a hot surface ignitor and furnace ignitor replacement supports efficient startup and operational safety in demanding industrial environments. This igniter’s adaptability extends to pellet burners, fuel cell heating, and even petroleum equipment applications. By offering dependable ignition performance, it reduces downtime and supports compliance with environmental and safety protocols, thereby improving overall system ROI and operational sustainability.




Product Advantages

Modular Design and Construction Confidence
The HF1308 Series ceramic heater and hot rod igniter exemplify modular design, with customizable flange options facilitating integration into varied furnace ignitor replacement platforms. The use of 96% alumina ceramic material combined with corrosion-resistant stainless steel or copper flanges ensures structural integrity under extreme thermal stress. This design approach supports thermal expansion compatibility and minimizes mechanical failure modes. The product’s standardization in dimensional specifications enhances interchangeability and simplifies system upgrades or maintenance across industrial heating equipment, reducing engineering adaptation costs.

Enhanced Performance with Operational Efficiency
This igniter for furnace applications delivers rapid ignition cycles with a 40 to 60-second startup time, optimizing furnace operational timelines. Its high-temperature tolerance combined with multiple power and voltage configurations enables precise adaptation to specific system requirements, increasing overall energy efficiency. The HF1308 Series’ reliability reduces downtime risks while the durable ceramic heater element extends service life. These aspects contribute substantial value to engineering teams seeking dependable hot surface ignitor solutions that enable consistent furnace ignition and maintenance cost reduction.



 
Name Ceramic Igniter
Model HF1308 Series
Material 96% alumina
H.S. Code 8516800000
Voltage 120V 230V
Power 150W 200W 250W 
Flange Ceramic/Stainless Steel/copper/customized
Temp Range 30~1050 °C/86~1922℉
Ignition Time 40-60 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)
HF1308A01-W 230 250 10.5 94 74 45 G3/8
HF1308B01-W 230 250 10.5 94 74 45 G3/8
HF1308A01-B 230 250 10.5 94 74 45 G3/8
HF1308B01-B 230 250 10.5 94 74 45 G3/8
HF1308A02-W 120 200 10.5 94 74 45 G3/8
HF1308B02-W 120 200 10.5 94 74 45 G3/8
HF1308A02-B 120 200 10.5 94 74 45 G3/8
HF1308B02-B 120 200 10.5 94 74 45 G3/8
HF1308A03-W 230 150 10.5 94 74 45 G3/8
HF1308B03-W 230 150 10.5 94 74 45 G3/8
HF1308A03-B 230 150 10.5 94 74 45 G3/8
HF1308B03-B 230 150 10.5 94 74 45 G3/8
 

Use Scenarios

Ignition Reliability in Biomass Boiler Systems
In biomass boiler industry environments, the HF1308 Series functions as a critical furnace ignitor replacement component designed for robust ignition of biomass fuels. The igniter’s thermal resistance supports the combustion of varied biomass feedstock under fluctuating temperature conditions up to 1050 °C. It integrates seamlessly with advanced burner control systems, contributing to efficient and timely startup sequences essential for continuous operation. Compliance with environmental certifications ensures reduced emissions and operational safety, making the HF1308 an optimal solution in renewable energy and agricultural heating sectors requiring dependable hot rod igniter technology.

Gas Burner Ignition in Industrial and Residential Applications
The HF1308 Series is employed extensively as a hot surface ignitor in gas burner and furnace systems across industrial and residential markets. Its swift ignition capability ensures safe and consistent flame initiation, critical for reducing gas wastage and preventing delayed ignition hazards. The igniter’s multiple flange options accommodate various appliance configurations, supporting system manufacturers aiming for modular and compact device designs. Integration with control electronics enhances ignition monitoring and fault detection, aligning the HF1308 with prevailing safety standards and elevating operational reliability in gas-fired heating appliances.




FAQ 

What materials are used in the HF1308 Series Ceramic Igniter?
Our HF1308 Series igniters are made primarily from 96% alumina ceramic, providing exceptional thermal resistance and durability. The flanges are customizable with ceramic, stainless steel, or copper to suit specific application needs, ensuring a reliable furnace ignitor replacement in diverse heating systems.

Can I customize the flange of the HF1308 Series igniter for my equipment?
Yes, we offer flange customization including ceramic, stainless steel, copper, or fully custom designs based on your exact requirements. This flexibility helps optimize installation and compatibility with heating appliances using our hot surface ignitor products.

What is the expected lead time for orders of HF1308 Series igniters?
We provide a sample lead time of 5 working days and a bulk production lead time of 12 working days. This schedule enables efficient planning and supply chain management for your industrial heating projects requiring a trusted igniter for furnace component.

How should the HF1308 ceramic igniter be installed and maintained for reliable performance?
Our igniters should be installed according to the specifications for voltage and power ratings (120V/230V, 150W-250W) with appropriate flange type. Routine inspections ensure the ceramic surface remains intact to maintain ignition reliability. Contact us for detailed installation guidelines and service support.
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