Alumina Ceramic Heaters are produced by implementing unique metallization and ceramic lamination processes. Due to the advanced manufacturing techniques utilized in the electric element, Alumina Heaters can provide higher reliability than ever before. Currently, applications include use as innovative types of heaters in the automotive, medical and semiconductor industries.

• Automotive Components
  Glow Plug
  Igniter for Cabin Heater
  Heater for Oxygen Sensor

• Kerosene and Gas Appliances
  Igniter
  Heater for Vaporizer

• Industrial Heater Applications
  Heater for Soldering Iron
  Heater for Hair Iron
  Bonding Heater
  Seal Heater

• Water-Heating Applications
  Heater for Toilet Water
  Bath Water Heater
  Steam Boiler Heater
  Liquid Heater for Small Appliances

• Compact, Lightweight and Energy Efficient
  Ceramic heaters feature high watt density and excellent thermal efficiency. Multiple heating elements can be layered into a single unit.

• Superior Thermal Properties
  Ceramic heaters reach high temperatures rapidly, and are available with custom-designed heat distribution patterns. The material's strong insulation properties permit direct contact with a variety of materials, including water, kerosene and metals.

• High Reliability
  Superior dielectric strength, electrical insulation and chemical resistance give Innovacera's ceramic heaters outstanding reliability. Our oxidation-resistant material ensures a long service life.

• No Electric Noise
  Ceramic heaters produce no electric noise.

HTCC(High Temperature Co-Ceramics) 

Advantages:

• Customized solutions based on a variety of manufacturing processes
• Efficient solutions due to high degree of design support from the beginning of the product development cycle
• Availability of a variety of mechanical, thermal (ANSYS, ABACUS), optical (ZEMAX) and electrical (HFSS, ADS) simulation tools
• Worldwide customer support from local manufacturing facilities with technical competence centers

Characteristics of HTCC:

• Excellent mechanical stability
• Easy integration into metal housings due to matched thermal coefficient of expansion
• High thermal conductivity
• Use of non-noble metal pastes
• Additional plating reveals solderable and wirebondable surfaces