Industrial Ceramic Heating Ring And Strip

1 to 8 hole ceramic heating strips for flexible pad heaters up to 1650°C.

industrial heating
semiconductor manufacturing
household appliances
aerospace

Industrial Ceramic Heating Ring And Strip specification
Size	1-8 hole
Color	White, grey, pink
Max Working Temp	1650°C (3000°F)
Application	30V / 60V / 80V Flexible Ceramic Pad Heater (FCP)

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Overview

Ceramic heating strip is an electrothermal component made of high-performance ceramic materials through precision sintering processes. Its core advantages include high-temperature resistance, efficient thermal conductivity and thermal shock resistance. Typically integrated with resistance heating layers, ceramic heating strips can stably operate within the range of 1000°C to 1800°C, offering better corrosion resistance and longer service life than traditional metal heating elements.

Key Benefits

Excellent insulation, security, long working life
Precise grinding and polishing
Excellent heat radiation, small size, more environmental and energy-efficient
Good thermal conductivity
Large specific heat capacity
Low pressure drop
Good heat-shock resisting ability

Problems It Solves

Metal supports creep and short out once an element runs hot enough to be useful.

Application Scenarios

Industrial heating: melting furnaces, sintering furnaces, glass annealing equipment
Semiconductor manufacturing: wafer processing, cvd/pvd coating heating stages
Household appliances: high-end electric ovens, infrared heating modules
Aerospace: engine component testing, high-temperature-resistant sensors

Who It Is For

Industrial Heating And FurnacesHeating strips, work tubes and kiln furniture

Specifications

Industrial Ceramic Heating Ring And Strip specification
Size	1-8 hole
Color	White, grey, pink
Max Working Temp	1650°C (3000°F)
Application	30V / 60V / 80V Flexible Ceramic Pad Heater (FCP)

Material Data

Material data for this part is issued with the quotation, against the grade and the duty you specify. Published property tables for zirconia and 99% alumina are on the materials page.

Manufacturing Process

Material And Drawing ReviewWe start from your drawing, sample or performance requirement and confirm which of the five material families fits the duty.
Powder Preparation And FormingDry pressing, hot pressing or injection moulding, chosen by the shape and the wall thickness of the part.
High Temperature SinteringParts are sintered to full density. Zirconia reaches 6.0 g/cm3 and 99% alumina reaches 3.85 g/cm3.
Grinding Polishing And CNCSurface grinding, internal and external diameter grinding and precision CNC machining bring the part to final size and finish.

Quality Control

We promise to provide quality assurance for all products. Parts are inspected according to your drawings and we issue an inspection report with the shipment.

We follow standard packaging protocols to protect your products during transit and provide photographic documentation of the packing and shipping process for your reference. In the event of transportation damage caused by non-human factors, we arrange a free replacement shipment.

From raw material preparation, forming, surface grinding, internal and external diameter grinding, to precision CNC machining, all processes are carried out in house under strict quality control.

See the full quality page

Customisation Options

Size and shape made to your drawing
Material grade selected against the duty rather than assumed
Surface finish, including ground and polished faces
Colour where the material allows it
Metallizing and plating where the part has to braze into an assembly

Our main business is OEM and ODM. Send your drawing over WhatsApp or email and we will quote the part.

Comparison With Other Materials

Published values from our own material tables
Property	Zirconia	Alumina	Steatite
Flexural strength	Zirconia 800 MPa	99% alumina 330 MPa	Steatite relatively high
Fracture toughness	Zirconia 9.0 MPam1/2	99% alumina 4 MPam1/2	Not published
Max use temperature	Zirconia not rated here	99% alumina 1650C	Steatite 1100C
Thermal conductivity	Zirconia 2.5 W(m.K)	99% alumina 27.5 W(m.K)	Good
Density	Zirconia 6.0 g/cm3	99% alumina 3.85 g/cm3	Talc based
Dielectric strength	Zirconia not published	99% alumina >10 KV/mm	Excellent

Read the full material comparison

Use Guide

Confirm the fit before you order volumeTake a free sample first. Samples ship in 4 to 7 working days and we do not charge for the part, only the freight.
Give the critical dimension a toleranceCeramic is ground to size after sintering. Marking one dimension as critical is cheaper than treating them all as critical.
Handle by the body, not the edgeCeramic is hard but it chips. Zirconia tolerates handling far better than alumina because its fracture toughness is more than twice as high.
Tell us the duty, not just the shapeTemperature, fluid, load, speed, and whether the part has to insulate or stay non-magnetic, all change which grade we would quote.

Questions About This Part

Can this part be made to our drawing?

Yes. We can supply the products according to the customer's drawings, samples and performance requirement.

What is the minimum order quantity?

MOQ depends on the size and the forming route. Send the drawing and we will confirm it with the quotation.

How long does a sample take?

Sample delivery is 4 to 7 working days, free of charge, freight not included.

What are the payment terms?

Payment up to 1000 USD is 100% in advance. Above 1000 USD it is 50% T/T in advance with the balance before shipment.

How will the parts be packed?

We follow standard packaging protocols and provide photographic documentation of the packing and shipping process for your reference.

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Get A Price On Industrial Ceramic Heating Ring And Strip

Send the drawing, the quantity and the duty. Samples are free and take 4 to 7 working days.