Home > Heater > Other Heaters

Aluminum Nitride Ceramic Heater Silicon Nitride Heater 19x19x2.5mm

Aluminum Nitride Ceramic Heater Silicon Nitride Heater 19x19x2.5mm

Name: Aluminum Nitride Ceramic Heater Silicon Nitride Heater 19x19x2.5mm
Brand: HEAT FOUNDER Silicon Nitride Igniter, Silicon Nitride Heating Element
SKU: HF1919
Availability: InStock
Rating: 5 (1 reviews)

Item No.: HF1919

Aluminum Nitride Ceramic Heater Silicon Nitride Heater
Aluminum Nitride (AlN) Ceramic Heater can provide temperatures up to 500°C with an ultra-fast ramp rate of 150°C/s,
also specific to the application, design, and process parameters.

Ask for a Solution PDF Format

Description

Advanced Ceramic Heating Component for Precision Systems
This Aluminum Nitride Ceramic Heater is engineered for industries requiring high-reliability ceramic heaters with streamlined thermal management. Designed to meet demanding application needs, this heater is compatible with equipment that uses a water heater element or requires integration with a silicon nitride igniter. Targeted users include semiconductor fabricators, electronics manufacturers, and thermal system engineers who require components delivering consistent heat performance while maintaining electrical insulation integrity in compact sizes.

High Thermal Performance and Electrical Insulation Characteristics
Constructed from high-purity aluminum nitride ceramic, this heater element achieves rapid temperature ramp rates up to 150°C per second and operates reliably at temperatures up to 500°C. Its superior thermal conductivity outperforms standard ceramic alternatives, while its high dielectric strength ensures electrical safety in high-power environments. The heater element’s resistance is precisely controlled for stable operation, and the design offers excellent resistance to oxidation and chemical degradation, ensuring longevity under thermal cycling.

Industrial Applications and System Integration Benefits
This ceramic heater serves critical roles in semiconductor processing equipment, laser component heating, and aerospace thermal management systems, where chemical resistance and precise temperature control are paramount. Its compatibility with other thermal components such as a hot surface ignitor or silicon nitride igniter facilitates integration into complex assemblies. The heater element supports compact system designs and improves overall energy efficiency, delivering measurable advantages in reliability and repeatability for industrial thermal solutions.

Product Advantages

Structural and Design Advantages of Ceramic Heating
The design of this Aluminum Nitride Ceramic Heater incorporates a compact profile with modular lead attachments, enabling seamless incorporation with related components like a hot surface ignitor or water heater element. This structural approach prioritizes electrical isolation and mechanical durability, reducing maintenance frequency. The ceramic material selection and construction methods offer enhanced chemical resistance and oxidation protection, which extends the heating element’s service life in challenging operational settings, reducing overall system downtime.

Performance Reliability and Operational Efficiency
Optimized for rapid thermal response, this heater element provides precise heat output essential in applications requiring strict temperature control. It enables reliable interfacing with a silicon nitride igniter and supports ignitor replacement processes with minimal system disruption. This efficiency advances user value by improving process speed and product quality. Additionally, the heater’s stable resistance characteristics contribute to predictable power consumption, enhancing overall system energy management and lowering operational costs.

ABOUT Aluminum Nitride (AlN) Ceramic Heater

Aluminum Nitride (AlN) Ceramic Heater can provide temperatures up to 500°C with an ultra-fast ramp rate of 150°C/s,
also specific to the application, design, and process parameters. In addition to excellent thermal characteristics, aluminum
nitride ceramic heaters offer high electrical isolation and typically achieve excellent chemical resistance compared to
conventional metal heaters.

Aluminum Nitride (AlN) Ceramic Heater Key Features

Pocket-sized, lightweight, energy-saving
High power density, good thermal efficiency
Multiple heating elements per unit Excellent thermal performance
Fast temperature rise
Customizable design for temperature distribution
High insulation level allows direct contact with water, kerosene, and metal High reliability
Excellent dielectric strength and electrical insulation
Resistivity materials designed to resist oxidation for longer service life
Excellent chemical resistance

Aluminum Nitride (AlN) Ceramic Heater Advantages

Thermal conductivity is 7 times higher than that of aluminum oxide.
The coefficient of thermal expansion is close to that of silicon, realizing high reliability in loading large silicon chips and thermal cycling.
High electrical insulation and low dielectric constant.
Mechanical strength is better than alumina.
Good corrosion resistance to molten metals.
Low impurity content, non-toxic, high purity.

Aluminum Nitride (AlN) Ceramic Heater Applications

Optical Communication Devices
LED Industry
Automotive Electronic Function Module
High-Power Power Module
High-Frequency Microwave Application Devices
Power and Electronic Components

Name	Aluminum Nitride Ceramic Heater Silicon Nitride Heater
Model	HF1919
Material	Aluminum Nitride Ceramic
Voltage	Customized
Power	Customized
Resistance	48Ω（+5%，-25%）
Line Length	60cm
Samples fee	Please contact us 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 Customized Applications in the semiconductor industry

High power electrical insulators Power electronics Heat spreaders Passive heat sinks Actively cooled heatsinks Laser components Aerospace, power electronics, rectifiers supplied to ISO9001/2015

Use Scenarios

Semiconductor Fabrication Equipment Thermal Control
In semiconductor manufacturing, precise and stable heating elements play a critical role in controlling process temperatures. The Aluminum Nitride Ceramic Heater, compatible with systems utilizing a water heater element or silicon nitride igniter, offers high-temperature stability and rapid ramp-up critical for wafer processing. Its chemical resistance and electrical insulation meet stringent industry standards, integrating effectively with thermal system controls to maintain process uniformity and maximize throughput reliability.

Aerospace Thermal Systems Requiring Chemical Resistance
Aerospace electronic modules often require heating components that withstand harsh chemical environments and maintain electrical integrity. The heater element’s robust aluminum nitride ceramic construction fulfills these requirements, enabling it to perform reliably when paired with a hot surface ignitor or as part of an ignitor replacement solution. This compatibility supports aerospace system designs requiring lightweight, chemically resistant components with consistent thermal output, which enhances system longevity and operational safety.

FAQ

What materials are used to manufacture the Aluminum Nitride Ceramic Heater?
We produce the heater using high-purity Aluminum Nitride (AlN) ceramic, known for its excellent thermal conductivity and electrical insulation. This material outperforms typical metal and ceramic alternatives, making it ideal for robust industrial applications requiring precise heat management.

Can you customize heater power and voltage specifications for my application?
Yes, we offer customizable voltage and power specifications to match your exact application needs. Whether you require specific heat distribution or resistance values, we work closely with you to deliver tailored heater element solutions that fit your operational criteria.

How should I handle installation and maintenance of this ceramic heater?
Our heater element is designed for easy integration into industrial systems. We recommend following manufacturer guidelines to avoid mechanical stress and ensure proper electrical connections. Routine inspection for wear and correct handling preserves long-term performance and safety.

What is your typical lead time and delivery method for bulk orders?
Our standard lead time is 5 working days for samples and 12 working days for mass production. We package our heaters securely in cartons for safe transport. We work closely with clients to ensure timely delivery while maintaining the highest quality assurance standards.

Send your message to us: