Place of Origin：Guangdong, China Material Introduction The main body is manufactured from aluminum nitride (AlN) ceramic. Learn more about Aluminum Nitride Ceramic. Key Features High thermal conductivity、Reliable electrical insulation、Good thermal stability、Suitable for vacuum and clean heating systems、Custom holes, grooves, thickness, and surface finish available、Precision machining based on customer drawings Explore our custom ceramic components. Application Industries Semiconductor equipment、Vacuum heating systems、Electronic packaging、Power electronics、LED thermal management、Precision thermal control modules. Lead Time Lead time depends on size, tolerance, machining details, and quantity. Please send drawings and requirements to contact us for a quotation.

Place of Origin: Guangdong, China Material Introduction:This MCH alumina ceramic heating core is made with an alumina ceramic substrate and an integrated heating circuit. It is designed for fast heat-up, stable thermal output, and reliable electrical insulation in compact heating applications. For more related products, you can view our ceramic heating core series. Key Features:Fast heating response, compact size, stable temperature performance, good insulation, low power consumption, and flexible customization for size, shape, voltage, resistance, lead wire position, and connection method. Application Industries:Suitable for beauty devices, hair straighteners, curling irons, household appliances, electronic heating modules, medical heating devices, laboratory equipment, and compact temperature control systems. Delivery Time:Sample and bulk order lead time depends on the drawing, size, voltage, resistance, lead wire design, and order quantity. Please contact us for a project-based evaluation.

Place of Origin：Guangdong, ChinaMaterial Introduction The material is aluminum nitride (AlN) ceramic, offering high thermal conductivity, electrical insulation, low thermal expansion, and stable performance at elevated temperatures Functional Features Aluminum Nitride ceramic for fast and stable heat transfer Ring-shaped design for circular or localized heating Good electrical insulation for compact heater assemblies Suitable for heating around holes, tubes, shafts, and fixtures Custom inner diameter, outer diameter, thickness, and electrode layout Available for drawing-based ceramic heating element customization Application Industries Semiconductor equipment、Vacuum heating modules、Electronic packaging、Sensor and testing equipment、Precision thermal control systems、Laboratory and industrial heating equipment Delivery Time Sample production usually takes 15–25 working days. Batch lead time depends on the final size, quantity, and electrode design. For custom requirements, please contact CERAMPRO with your drawing or application details.

Place of Origin:Guangdong, China Material Introduction:Made from high-purity aluminum nitride ceramic (AlN), with an internal tungsten (W) or molybdenum (Mo) resistance heating circuit. Functional Features:Fast thermal response, even surface heating, reliable electrical insulation, and stable performance during repeated heating and cooling cycles. The dimensions, voltage, resistance, rated power, heated area, heating zones, and terminal structure can be adjusted to suit the equipment requirements. Application Industries:Used in precision thermal control equipment, electronic component and power device testing, wafer processing, CVD and PVD systems, rapid thermal processing (RTP), vacuum heating platforms, optical and photonic processing equipment, laboratory instruments, high-temperature test stages, heated power module baseplates, medical sterilization equipment, and specialized heating modules. View more ceramic heating elements. Global OEM Supply:  Serving OEM customers in the USA, Germany, Japan, and Europe. Lead Time:  Standard-geometry heaters: 60–90 days. Multi-zone or high-precision heaters: 90–120 days.

Place of Origin：guangdong, China Material Introduction The material is silicon nitride (Si₃N₄) ceramic, offering high strength, low thermal expansion, excellent thermal shock resistance, electrical insulation, and high-temperature stability. Functional Features Designed for water and liquid heating applications Suitable for immersion-style heater structures Fast heating response with stable performance Good electrical insulation Strong thermal shock resistance Custom sizes and structures available based on application needs Application Industries Water heaters Coffee and beverage machines Steam generators Industrial fluid heating systems Laboratory liquid heating equipment Cleaning and disinfection equipment Delivery Time Lead time depends on size, tolerance, machining details, and quantity. Please contact us with your drawings and requirements for a quotation.

Place of Origin:Guangdong, China Product Material:Made from 92%–96% high-purity alumina ceramic (Al₂O₃) with an internal heating circuit formed from refractory metals such as tungsten (W) or molybdenum-manganese (Mo-Mn), together with nickel or silver-plated copper lead wires. Silicon nitride (Si₃N₄) is also available as an optional ceramic substrate for specific application requirements. Functional Features:Fast thermal response, compact construction, reliable electrical insulation and stable heat output. Shape, dimensions, voltage, resistance and lead configuration can be customized to suit the target device. Applications:Suitable for hair-styling tools, compact water-heating modules, oxygen sensors, small laboratory instruments, 3D-printer hot ends and other localized heating applications. Explore more ceramic heating elements . Global OEM Supply:Serving OEM customers in the USA, Germany, Japan, and Europe Lead Time:Standard rod, tube and flat elements: 20–35 days.Custom dimensions, heating circuits or lead configurations: 40–60 days.

Place of Origin：Guangdong, China Material：Silicon Nitride Ceramic (Si₃N₄)，Made from high-performance silicon nitride ceramic, this material provides excellent high-temperature stability, thermal shock resistance, and mechanical strength for demanding ignition applications. Functional Features：Rapid Heat-Up | Excellent Thermal Shock Resistance | Stable Repeated Ignition | High-Strength Si₃N₄ Ceramic Body | Embedded Tungsten Heating Element | Custom Dimensions, Resistance, Terminals, and Lead Wires Application Industries：Industrial Burners | Gas and Fuel-Fired Boilers | Diesel Heating Systems | Biomass Pellet Stoves | Industrial Furnaces and Hot-Air Equipment | Drying and Thermal Processing Equipment | Custom Ceramic Igniter Assemblies Global OEM Supply：Serving OEM customers in the USA, Germany, Japan, and Europe. Delivery Time：Lead time depends on the product specifications, terminal design, order quantity, and application requirements. Please submit your drawing or working conditions for engineering review and quotation.

Place of Origin:Guangdong, China Material Introduction:Made from 92%–96% alumina ceramic with an embedded tungsten (W) resistance heating circuit. The circuit and ceramic body are co-fired into an integrated structure for reliable electrical insulation, compact installation and stable heating. Functional Features:Rapid thermal response, localized heating and stable heat output. Dimensions, operating voltage, resistance, power, heated zones and terminal configurations can be customized for the target equipment. Application Industries:Suitable for analytical instruments, sensor-heating assemblies, laboratory equipment, compact fluid and gas heating modules, automated localized-heating stations and precision electronic equipment. View more ceramic heating elements . Global OEM Supply:Serving OEM customers in the USA, Germany, Japan, and Europe. Lead Time:Based on product specifications, order quantity, and inspection requirements.

Place of Origin:Guangdong, China Material Introduction:Primarily manufactured from recrystallized silicon carbide (RSiC). Reaction-bonded silicon carbide (RBSiC) or pressureless-sintered silicon carbide (SSiC) may also be evaluated according to the operating temperature, furnace atmosphere, and structural requirements. Functional Features:This SiC heating element offers a fast thermal response and stable heat output in high-temperature environments. Resistance, diameter, overall length, hot-zone length, cold-end length, and terminal structure can be adjusted to match the furnace design and power supply. Application Industries:Suitable for high-temperature industrial furnaces, including shuttle and tunnel kilns, heat-treatment equipment for diffusion, oxidation, and annealing, glass and ceramic melting, non-ferrous metal processing, radiant-tube heating systems, laboratory muffle furnaces, and electronic component sintering equipment. Global OEM Supply:Serving OEM customers in the USA, Germany, Japan, and Europe. Lead Time:Standard rod/U-shape elements: 20-35 days, Customized high-precision/radiant tube structures: 45-70 days

Place of Origin:  Guangdong, China Material Introduction:  Made from hot-pressed or gas-pressure-sintered silicon nitride ceramic (Si3N4) with an embedded tungsten (W) heating circuit. The material provides good mechanical strength, electrical insulation and stability during repeated heating and cooling. Functional Features:  Fast heating response, good thermal shock resistance, reliable electrical insulation and stable mechanical performance. Dimensions, operating voltage, resistance, heating zones and terminal structures can be customized for the customer’s equipment. Application Industries:  Suitable for industrial heating systems, automation equipment, semiconductor processing and thermal testing, non-ferrous metal processing, injection molding equipment, vacuum evaporation systems, chemical processing equipment, precision instruments and custom industrial heating modules. View more ceramic heating elements. Global OEM Supply:  Serving OEM customers in the USA, Germany, Japan, and Europe. Lead Time:  Based on specifications, quantity, and inspection requirements.

Place of Origin：GuangDong, China Material Introduction Made from high-purity alumina ceramic, offering excellent electrical insulation, high-temperature resistance, mechanical strength, and dimensional stability. Key Features Good heat resistance for hot air gun and heat gun heating applications Stable ceramic insulation performance during continuous operation Compact cylindrical structure for hot air gun heating element replacement Suitable for heat guns, plastic welding tools, hot air stations, and repair equipment Custom ceramic heater core options are available based on drawings, samples, voltage, power, and terminal design Application Industries This ceramic heater core is commonly used in hot air guns, heat guns, plastic welding guns, hot air soldering stations, heat shrink tools, repair equipment, and small industrial hot air heating devices. It is suitable for users looking for a reliable heat gun heating element or hot air gun heating element replacement. Delivery Time Delivery time is confirmed based on the drawing, specifications, quantity, and production requirements.

Place of Origin: Guangdong, China Material Introduction:This MCH alumina ceramic heating core is made with an alumina ceramic substrate and an integrated heating circuit. It is designed for fast heat-up, stable thermal output, and reliable electrical insulation in compact heating applications. For more related products, you can view our ceramic heating core series. Key Features:Fast heating response, compact size, stable temperature performance, good insulation, low power consumption, and flexible customization for size, shape, voltage, resistance, lead wire position, and connection method. Application Industries:Suitable for beauty devices, hair straighteners, curling irons, household appliances, electronic heating modules, medical heating devices, laboratory equipment, and compact temperature control systems. Delivery Time:Sample and bulk order lead time depends on the drawing, size, voltage, resistance, lead wire design, and order quantity. Please contact us for a project-based evaluation.

Place of Origin: Guangdong, China Material Introduction:Made from high-alumina ceramic, offering excellent electrical insulation, high-temperature resistance, mechanical strength, and dimensional stability. Key Features:Designed for industrial furnace heating systems, this ceramic bobbin heater core offers good electrical insulation, stable wire support, heat resistance, and reliable performance under repeated heating cycles. The length, diameter, hole layout, wire arrangement, and terminal connection can be adjusted according to the furnace structure. Application Industries:Commonly used in industrial furnaces, heat treatment equipment, radiant tube heaters, kilns, drying ovens, annealing furnaces, and other high-temperature electric heating systems. Delivery Time:Lead time depends on the ceramic material, product size, heater structure, resistance wire layout, terminal design, and order quantity. Please contact us with your drawing, sample, or furnace heater requirements for evaluation.

Place of Origin: Guangdong, China Product Material:High-purity alumina ceramic with an embedded co-fired tungsten heating circuit and nickel lead wires or terminals.Key Features:High-purity alumina (Al₂O₃) ceramic substrate with an integrated co-fired tungsten (W) heating circuit and high-temperature-resistant nickel-copper lead wires.Applications:OEM soldering irons, high-end soldering stations, lead-free soldering systems, micro-soldering tools, automated robotic soldering equipment and precision rework equipment.Global OEM Supply: Serving OEM customers in the USA, Germany, Japan, and Europe.Lead Time:Confirmed according to product specifications, terminal structure and order quantity.

Place of Origin:guangdong.China Material:Made from high alumina ceramic, these heating beads are designed for ceramic heating core applications, especially flexible ceramic heater pads. They are used as insulation and support parts to help keep heating wires securely in place during high-temperature operation. Key Features:High temperature resistance | Good electrical insulation | Stable wire support | Reliable thermal stability | Wear-resistant ceramic surface | Suitable for heater pad assembly | Custom sizes and hole designs available Application Industries:These alumina ceramic heating beads are commonly used in flexible ceramic heater pads, welding preheating, post-weld heat treatment, pipeline heating, pressure vessel heating, industrial maintenance, and custom electric heating assemblies. For more material options, you can also explore our alumina ceramics. Delivery Time:Standard alumina ceramic heating beads can be supplied according to stock availability. For custom bead size, hole diameter, shape, or heater pad assembly requirements, please contact CERAMPRO after confirming drawings, samples, or specifications.

Place of Origin:Guangdong, China Product Material:High-purity alumina (Al₂O₃) ceramic substrate, integrated tungsten (W) co-fired internal heating circuit, and high-temperature-resistant nickel-plated lead wires. Functional Features:60W high power density, rapid thermal response (reaching approximately 350°C within 15 seconds), and insulation resistance above 100 MΩ, with stable heat output, good thermal-shock resistance, and oxidation resistance. Applications:Professional temperature-controlled soldering irons, 60W soldering stations, lead-free soldering tools, precision electronic repair equipment, and automated robotic soldering heads. Explore more ceramic heating elements. Global OEM Supply:Serving OEM customers in the USA, Germany, Japan, and Europe. Lead Time:Standard specifications: 15–30 days. Customized dimensions or lead-wire configurations: 35–50 days.

Product Name:Industrial Metal Heating Core (Sheathed Resistance Heating Element) Product Material:Heating Resistor: Nickel-Chromium ($NiCr$) or Iron-Chromium-Aluminum ($FeCrAl$) alloy; Insulation: High-purity compressed Magnesium Oxide ($MgO$) powder; Outer Sheath: Stainless Steel (304/316L/310S), Incoloy, or Titanium. Material Characteristics:Superior mechanical impact resistance, High surface power density, Wide operating voltage range, Excellent ductile properties for custom shaping, Oxidation resistance at high temperatures, Stable electrical resistivity. Application Fields:Industrial immersion heaters, Injection molding manifolds, Packaging sealing bars, Oven heating elements, Large-scale solder pots, Oil and gas pre-heaters, Space heating systems, Defrosting modules. Application Industries:Biomedical (Sterilization equipment), Advanced Machinery (Plastic processing), New Energy (BMS thermal management), Fluid Control (Heavy oil heating), Electronic Engineering (Wave soldering pots), Aerospace (Environmental control systems), Petrochemical (Pipeline heat tracing), Broad Semiconductor (Chamber heating). Processing Difficulties:Achieving high-density MgO compaction to prevent dielectric breakdown, Ensuring precise centering of the resistance wire within the sheath, Managing moisture control during sealing to prevent insulation degradation, Precision bending of the metal sheath without compromising the internal circuit. Processing Flow:Resistance wire coiling → Metal tube cutting and cleaning → Automatic filling of MgO powder → Tube reduction (swaging) for densification → High-temperature annealing → Terminal welding and sealing → Insulation resistance and hi-pot testing → Final bending and shaping → Quality inspection → Packaging. Delivery Period:Standard tubular elements: 10-20 days, Customized industrial-scale assemblies: 25-40 days.

Place of Origin: Guangdong, China Material:High-purity alumina ceramic (Al₂O₃) or silicon nitride ceramic (Si₃N₄) substrate, incorporating a co-fired tungsten (W) or molybdenum (Mo) heating circuit and high-temperature-resistant alloy terminals. Key Features:High power density, rapid heating response, reliable electrical insulation and strong thermal-shock resistance, with stable operation under continuous airflow. Voltage, power, dimensions and terminal configuration can be customized for different equipment requirements. Typical Applications:BGA rework stations, handheld hot air guns, plastic welding guns, heat-shrink tools, industrial drying and curing modules, rework systems, and automated heat-sealing equipment. Explore more ceramic heating core products. Lead Time:Evaluated according to product specifications, rated power, dimensions, terminal design, order quantity and inspection requirements.

Product Name:Flexible Plastic Pen Holder with Zirconia Ceramic Nib Tip High Hardness Industrial Ceramic Rods Product Material:High-purity Zirconia Ceramic (ZrO₂ 95%-99%) for nib tips, Durable industrial-grade plastic for pen holder body Material Characteristics:Exceptional hardness (Mohs hardness 8-8.5), Excellent wear resistance, High fracture toughness, Chemical corrosion resistance, High thermal stability, Precise dimensional stability, Smooth surface finish for accurate fluid delivery, Long-term durability under repetitive writing or industrial use Application Fields:Precision writing instruments, Industrial marking pens, Laboratory dosing pens, Technical drawing and design pens, Repetitive fluid dispensing applications Application Industries:Electronics manufacturing, Biomedical laboratories, Chemical processing, Automotive component marking, Aerospace manufacturing, Educational and design tools, New energy battery labeling Processing Difficulties:Achieving defect-free sintering of small-diameter zirconia ceramic rods, Maintaining dimensional tolerance within ±0.02 mm for nib tip accuracy, Surface polishing to nano-level smoothness (Ra < 0.05 µm), Ensuring secure bonding between ceramic nib and plastic pen holder, Avoiding micro-cracks during high-temperature sintering Processing Flow:Material selection → Powder homogenization → Precision molding of zirconia rods → High-temperature sintering → Surface grinding and polishing → Dimensional inspection → Bonding to plastic pen holder → Final quality control and packaging Delivery Period:Standard individual pen nibs: 25–40 daysCustomized pen assemblies: 50–80 days