Infra-red ceramic heaters: controllable heat between 272°C and 726°C
Infra-red ceramic heaters provide an efficient and controllable heat using a robust ceramic element with a temperature range from 272°C up to 726°C.
- Wide range of shapes, sizes, wattages, & elements available
- Can be supplied with aluminised steel reflectors for targeted heat to maximize the heat output and form a rigid, durable, and safe framework
- Thermocouples also available for accurate control
These 230V heaters are frequently used in catering equipment, food processing & foodservice, industrial process control, plastics manufacturing and heat sealing, and test ovens.
We have access to 53 different models spanning 125w to 1500w.
Long wave radiation curing, heating, and drying is an environmentally friendly, portable, and cost effective method of heating in infra-red ceramic heaters.
Where effective positional heat is required, the aluminised steel projector (PAS) forms an ideal mounting system for a wide range of infra-red emitters.
We have access to 53 different models spanning 125w to 1500w.
Long wave radiation curing, heating, and drying is an environmentally friendly, portable, and cost effective method of heating in infra-red ceramic heaters.
Where effective positional heat is required, the aluminised steel projector (PAS) forms an ideal mounting system for a wide range of infra-red emitters.
Curved (trough) ceramic IR heater elements
Long-wave trough elements produce a concentrated heat output that disperses over distance. They are best suited to applications requiring heaters that are positioned further from the target material
Full Trough Element
Offers 150w to 1000w and suitable for temperatures up to 750°C
OPEN FTE DATASHEET
Open datasheet with thermocouple
Half Trough Element
Offers 125w to 500w and suitable for temperatures up to 750°C
OPEN HTE DATASHEET
Open datasheet with thermocouple
Quarter Trough Element
Offers 125w to 150w and suitable for temperatures up to 750°C
OPEN QTE DATASHEET
Quarter Curved Trough Element
Offers 250w and suitable for temperatures up to 750°C
OPEN QCE DATASHEET
Flat solid ceramic IR heater elements
Long-wave flat elements produce higher operating temperatures and uniform heat output. They are best suited to applications where the emitter is positioned closer to the target material
Full Flat Element
Offers 250w to 1000w and suitable for temperatures up to 750°C
OPEN FFE DATASHEET
Open datasheet with thermocouple
Half Flat Element
Offers 125w to 500w and suitable for temperatures up to 750°C
OPEN HFE DATASHEET
Open datasheet with thermocouple
Quarter Flat Element
Offers 125w to 250w and suitable for temperatures up to 750°C
OPEN QFE DATASHEET
Open datasheet with thermocouple
Square Flat Solid Element
Offers 250w to 1000w and suitable for temperatures up to 750°C
OPEN SFSE DATASHEET
Open datasheet with thermocouple
Flat hollow ceramic IR heater elements
Long-wave hollow elements are filled with a high-density insulating material. This gives a significant reduction in rear heat loss, increasing the radiant output from the front of the element.
Full Flat Element Hollow
Offers 250w to 800w and suitable for temperatures up to 750°C
OPEN FFEH DATASHEET
Open datasheet with thermocouple
Half Flat Element Hollow
Offers 125w to 400w and suitable for temperatures up to 750°C
OPEN HFEH DATASHEET
Open datasheet with thermocouple
Quarter Flat Element Hollow
Offers 125w to 200w and suitable for temperatures up to 750°C
OPEN QFEH DATASHEET
Open datasheet with thermocouple
Square Flat Element Hollow
Offers 250w to 800w and suitable for temperatures up to 750°C
OPEN SFEH DATASHEET
Open datasheet with thermocouple
Also available with
Integrated thermocouples
Thermoelectric devices allow for measuring temperature while in use
High temperature cables
Cables constructed for the use in extreme high temperature operations.
Ceramic terminals and beads
An interlocking mechanism intended to protect cables, offering both high resistance and electrical insulation.Tools & resources
Advantages of ceramic infra-red heater elements
Quick and Efficient Heating
Their ability to rapidly project heat with a rapid start-up time makes these suitable for a variety of industrial environments and uses, particularly those that require intermittent heating. Ceramic emitters typically require about 10-12 minutes to reach a steady-state temperature.
Their ability to rapidly project heat with a rapid start-up time makes these suitable for a variety of industrial environments and uses, particularly those that require intermittent heating. Ceramic emitters typically require about 10-12 minutes to reach a steady-state temperature.
Used in Vacuum and Air-Flow Environments
The long-wave infra-red radiation utilised by the heating elements avoids the limitations of more typical heaters, allowing them to operate in a wider range of environments.
The long-wave infra-red radiation utilised by the heating elements avoids the limitations of more typical heaters, allowing them to operate in a wider range of environments.
Wide Range of Applications
The design of these heaters means that they can be utilised across a very broad range of engineering and mechanical fields. Several such examples are plastic-moulding, sterilisation, paint curing, printing & drying, and gluing.
The design of these heaters means that they can be utilised across a very broad range of engineering and mechanical fields. Several such examples are plastic-moulding, sterilisation, paint curing, printing & drying, and gluing.
Low Investment Cost
Highly efficient power consumption, easy control of heat levels, and low installation costs mark infra-red heaters as a low investment cost item.
Highly efficient power consumption, easy control of heat levels, and low installation costs mark infra-red heaters as a low investment cost item.
No Two Projects are the Same
Every day, we work with a host of OEM customers, taking the time to understand their specific technical requirements and respond with a practical solution. We can advise on the optimum shape of your ceramic elements, their positioning, distance and size to meet the needs of your application. We can also advise on appropriate control methods.
Supporting your Procurement
We can assist you with the sourcing and buying of your components. With years of experience, we can use our knowledge to source parts for you. We also offer stock control and inventory solutions to help you manage your shipments.Here to support you
Discuss your application
Share details of your project with us, such as the area you need to heat, power and type of element and your target material, and we'll recommend the optimum heating element for your criteria.Call +44 (0)1483 869070 or email sales@hawco.co.uk
Got a technial question?
If you need further information about the performance or construction of infra-red heater elements, get in touch.Assess a component
If your design team would like to test a component, contact us about arranging a production sample. Call +44 (0)1483 869 070 or email sales@hawco.co.ukInfra-red ceramic heaters: controllable heat between 272°C and 726°C
Infra-red ceramic heaters provide an efficient and controllable heat using a robust ceramic element with a temperature range from 272°C up to 726°C.
- Wide range of shapes, sizes, wattages, & elements available
- Can be supplied with aluminised steel reflectors for targeted heat to maximize the heat output and form a rigid, durable, and safe framework
- Thermocouples also available for accurate control
These 230V heaters are frequently used in catering equipment, food processing & foodservice, industrial process control, plastics manufacturing and heat sealing, and test ovens.
We have access to 53 different models spanning 125w to 1500w.
Long wave radiation curing, heating, and drying is an environmentally friendly, portable, and cost effective method of heating in infra-red ceramic heaters.
Where effective positional heat is required, the aluminised steel projector (PAS) forms an ideal mounting system for a wide range of infra-red emitters.
We have access to 53 different models spanning 125w to 1500w.
Long wave radiation curing, heating, and drying is an environmentally friendly, portable, and cost effective method of heating in infra-red ceramic heaters.
Where effective positional heat is required, the aluminised steel projector (PAS) forms an ideal mounting system for a wide range of infra-red emitters.
Curved (trough) ceramic IR heater elements
Long-wave trough elements produce a concentrated heat output that disperses over distance. They are best suited to applications requiring heaters that are positioned further from the target material
Full Trough Element
Offers 150w to 1000w and suitable for temperatures up to 750°C
OPEN FTE DATASHEET
Open datasheet with thermocouple
Half Trough Element
Offers 125w to 500w and suitable for temperatures up to 750°C
OPEN HTE DATASHEET
Open datasheet with thermocouple
Quarter Trough Element
Offers 125w to 150w and suitable for temperatures up to 750°C
OPEN QTE DATASHEET
Quarter Curved Trough Element
Offers 250w and suitable for temperatures up to 750°C
OPEN QCE DATASHEET
Flat solid ceramic IR heater elements
Long-wave flat elements produce higher operating temperatures and uniform heat output. They are best suited to applications where the emitter is positioned closer to the target material
Full Flat Element
Offers 250w to 1000w and suitable for temperatures up to 750°C
OPEN FFE DATASHEET
Open datasheet with thermocouple
Half Flat Element
Offers 125w to 500w and suitable for temperatures up to 750°C
OPEN HFE DATASHEET
Open datasheet with thermocouple
Quarter Flat Element
Offers 125w to 250w and suitable for temperatures up to 750°C
OPEN QFE DATASHEET
Open datasheet with thermocouple
Square Flat Solid Element
Offers 250w to 1000w and suitable for temperatures up to 750°C
OPEN SFSE DATASHEET
Open datasheet with thermocouple
Flat hollow ceramic IR heater elements
Long-wave hollow elements are filled with a high-density insulating material. This gives a significant reduction in rear heat loss, increasing the radiant output from the front of the element.
Full Flat Element Hollow
Offers 250w to 800w and suitable for temperatures up to 750°C
OPEN FFEH DATASHEET
Open datasheet with thermocouple
Half Flat Element Hollow
Offers 125w to 400w and suitable for temperatures up to 750°C
OPEN HFEH DATASHEET
Open datasheet with thermocouple
Quarter Flat Element Hollow
Offers 125w to 200w and suitable for temperatures up to 750°C
OPEN QFEH DATASHEET
Open datasheet with thermocouple
Square Flat Element Hollow
Offers 250w to 800w and suitable for temperatures up to 750°C
OPEN SFEH DATASHEET
Open datasheet with thermocouple
Also available with
Integrated thermocouples
Thermoelectric devices allow for measuring temperature while in useHigh temperature cables
Cables constructed for the use in extreme high temperature operations.Ceramic terminals and beads
An interlocking mechanism intended to protect cables, offering both high resistance and electrical insulation.Tools & resources
Advantages of ceramic infra-red heater elements
Quick and Efficient Heating
Their ability to rapidly project heat with a rapid start-up time makes these suitable for a variety of industrial environments and uses, particularly those that require intermittent heating. Ceramic emitters typically require about 10-12 minutes to reach a steady-state temperature.
Their ability to rapidly project heat with a rapid start-up time makes these suitable for a variety of industrial environments and uses, particularly those that require intermittent heating. Ceramic emitters typically require about 10-12 minutes to reach a steady-state temperature.
Used in Vacuum and Air-Flow Environments
The long-wave infra-red radiation utilised by the heating elements avoids the limitations of more typical heaters, allowing them to operate in a wider range of environments.
The long-wave infra-red radiation utilised by the heating elements avoids the limitations of more typical heaters, allowing them to operate in a wider range of environments.
Wide Range of Applications
The design of these heaters means that they can be utilised across a very broad range of engineering and mechanical fields. Several such examples are plastic-moulding, sterilisation, paint curing, printing & drying, and gluing.
The design of these heaters means that they can be utilised across a very broad range of engineering and mechanical fields. Several such examples are plastic-moulding, sterilisation, paint curing, printing & drying, and gluing.
Low Investment Cost
Highly efficient power consumption, easy control of heat levels, and low installation costs mark infra-red heaters as a low investment cost item.
Highly efficient power consumption, easy control of heat levels, and low installation costs mark infra-red heaters as a low investment cost item.
No Two Projects are the Same
Every day, we work with a host of OEM customers, taking the time to understand their specific technical requirements and respond with a practical solution. We can advise on the optimum shape of your ceramic elements, their positioning, distance and size to meet the needs of your application. We can also advise on appropriate control methods.Supporting your Procurement
We can assist you with the sourcing and buying of your components. With years of experience, we can use our knowledge to source parts for you. We also offer stock control and inventory solutions to help you manage your shipments.Here to support you
Discuss your application
Share details of your project with us, such as the area you need to heat, power and type of element and your target material, and we'll recommend the optimum heating element for your criteria.Call +44 (0)1483 869070 or email sales@hawco.co.uk