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Electrical Ceramics
  • PCB Board Ceramic Heating Element for Solder Iron
  • PCB Board Ceramic Heating Element for Solder Iron
  • PCB Board Ceramic Heating Element for Solder Iron
  • PCB Board Ceramic Heating Element for Solder Iron
  • PCB Board Ceramic Heating Element for Solder Iron
  • PCB Board Ceramic Heating Element for Solder Iron
PCB Board Ceramic Heating Element for Solder Iron
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PCB Board Ceramic Heating Element for Solder Iron

  • 1000 - 4999 Pieces
    $1.59
  • >= 5000 Pieces
    $0.99

Customization:

Customized logo（Min.Order: 100 pieces）
Customized packaging（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
View product details

PCB Board Ceramic Heating Element for Solder Iron

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Temperature Control: Equipped with a thermistor or temperature sensor for real-time monitoring and regulation, ensuring consistent heating performance in soldering applications.
  • High-Efficiency Heating: Features a ceramic heating element made of alumina, providing durable, heat-resistant insulation and rapid temperature response for reliable solder iron operation.

Key features

  • 1. Material Technology: Durable Ceramic Heating Element

    • With high-purity alumina ceramic material, achieve stable and even heat distribution while resisting thermal shock and corrosion. Outlasting metal-based alternatives by 30%*, this ensures longevity in demanding soldering tasks.

  • 2. Interactive Design: Integrated Temperature Control

    • With a built-in thermistor for real-time temperature monitoring, maintain precise heat levels automatically, reducing the risk of overheating or underheating during soldering.

  • 3. Performance Parameters: Rapid Heating & Efficiency

    • With a 220V-compatible design, reach optimal soldering temperatures in seconds, offering 2x faster heat-up than standard resistive heating elements*. Ideal for high-volume soldering workflows.

  • 4. Scenario Solutions: Versatile Application

    • Designed for both home DIY projects and commercial electronics repair, this PCB board supports continuous operation without performance degradation, ensuring reliability in prolonged use.

  • 5. Certification Standards: Safety-Compliant Construction

    • Complies with international safety standards for electrical ceramics, ensuring user safety and regulatory compliance*.

Product details

PCB Board Ceramic Heating Element for Solder Iron

The PCB Board Ceramic Heating Element for Solder Iron combines robust ceramic materials with precise temperature control, designed for reliable performance in soldering applications. Its compact design and customizable features make it ideal for industrial, electronic repair, and DIY projects.

Technical specifications

FeatureSpecificationBenefit
Material CompositionCeramic (Alumina)High thermal stability and corrosion resistance
Voltage Rating220V ACSafe and efficient power delivery
Insulation TypeInsulating ceramicsEnhanced electrical safety
Temperature SensingThermistor-integrated PCBReal-time temperature monitoring
Heating Efficiency95% energy conversion efficiencyReduced energy waste, faster heat-up

Customization guide

Adjustable PCB layout dimensions and component placement to accommodate different thermistor types or sensor configurations. Customize trace lengths and add connectors for seamless integration into specialized devices.

Get inspired

Ideal for precision soldering in electronics manufacturing, repair work, or hobbyist projects. The thermistor-integrated design ensures consistent heat output, while the ceramic material withstands high-temperature environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Heating Efficiency95%+15% (109.25%*)+30% (123.5%*)
Temperature Accuracy±3°C±1.5°C±0.5°C
Durability5,000 hours10,000 hours15,000 hours
CustomizationStandard layoutAdjustable tracesFull PCB redesign

*Values represent efficiency gains relative to the Base Model.

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic-Alumina Material: Provides 20% higher thermal conductivity than traditional ceramics, enabling faster heat distribution.
    • Thermistor Integration: Reduces temperature response time by 30% compared to standalone sensors.
    • Modular Design: Supports 50% faster assembly than non-customizable alternatives.

  2. Version Selection Guidance:

    • Base Model: Ideal for hobbyists or low-volume soldering tasks requiring basic reliability.
    • Advanced Model: Perfect for professional workshops needing precise temperature control (e.g., PCB repair) and moderate customization.
    • Pro Model: Designed for industrial applications (e.g., mass production lines) where extreme durability (15k-hour lifespan) and ±0.5°C accuracy are critical. With its enhanced ceramic-alumina core, the Pro Model ensures consistent performance even in harsh environments.

Frequently asked questions

  • Which PCB heating element is best for high-precision soldering tasks?

  • How do I clean the ceramic heating element on a soldering iron PCB?

  • Ceramic vs. Metal Heating Elements: Which is better for industrial use?

  • Can the PCB board be customized for specific temperature requirements?

  • Is the ceramic material in this heating element FDA-approved?

  • What voltage compatibility does the PCB ceramic heating element have?

  • How does the alumina material improve the soldering iron’s performance?

  • What’s the lifespan of the ceramic heating element in high-use environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial soldering requiring durabilityIndustry Standard: 85% alumina ceramic
Our Base: 92% alumina (ASTM C693)
Our Advanced: 96% alumina (ASTM C693)▲▲▲		▲▲▲ Enhanced heat retention and longevity
Resists thermal degradation		Advanced versions may be heavier and costlier
Voltage RatingHigh-power industrial settingsIndustry Standard: 110V
Our Base/Advanced: 220V (IEC 60038)▲▲▲		Direct compatibility with 220V regions, no converter neededRequires adapters for 110V regions; higher energy consumption in low-power setups
Thermal EfficiencyHigh-volume soldering tasksIndustry Standard: 80% efficiency
Our Base: 85%▲
Our Advanced: 90%▲▲▲		▲▲▲ Reduced energy use and faster heating cycles
Lower operational costs		Advanced versions have higher upfront costs
Thermal Shock ResistanceRapid temperature cycling in manufacturingIndustry Standard: 200°C ΔT tolerance
Our Base: 250°C▲
Our Advanced: 300°C▲▲▲		▲▲▲ Withstands extreme temperature fluctuations (e.g., automotive assembly)Advanced versions may require careful handling to avoid physical stress
Insulation ResistanceHigh-voltage applicationsIndustry Standard: 100 MOhms
Our Base: 150 MOhms▲
Our Advanced: 200 MOhms▲▲▲		▲▲▲ Safer operation in wet or conductive environments (IEC 60554-1)Advanced versions may have tighter tolerances for installation
Operating Temperature RangeExtreme-heat soldering (e.g., aerospace)Industry Standard: Up to 300°C
Our Base: 350°C▲
Our Advanced: 400°C▲▲▲		▲▲▲ Handles high-temperature alloys and composites (ASTM C693)Requires advanced cooling systems to prevent overheating

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