# W-Type SiC Heating Elements

## W-Type SiC Elements Description

CVSIC W-Type Silicon Carbide (SiC) Heating Element (M-Type) is crafted from high-purity, high-density SiC particles using a dry self-bonding process, shaped in a “W” configuration with three heating units designed for three-phase power applications. The hot zone surface temperature reaches up to 1600℃, with a maximum operating temperature of 1625°C (2957°F), delivering energy efficiency, a long lifespan, and excellent thermal uniformity, making it perfect for float glass production and other high-temperature industrial kilns.

### SiC Heating Elements ResistanceTemperature Performance Graphs

![cvsic sic heating elements resistancetemperature performance graphs](https://cvsicelement.com/wp-content/uploads/2025/08/CVSIC-SiC-Heating-Elements-ResistanceTemperature-Performance-Graphs.webp)

### Ordering Information

When ordering W-Type Silicon Carbide Heating Elements, please provide the following parameters:

- **OD**: Outer diameter (mm)

- **HZ**: Hot zone length (mm)

- **CZ**: Cold zone length (mm)

- **OL**: Overall length (mm)

- **A**: Shank spacing (mm)

- **D**: Connecting bridge diameter (mm)

**Example**: W-Type, OD=20mm, HZ=250mm, CZ=350mm, OL=625mm, A=52mm, Resistance=0.9Ω, marked as: W-Type/20/250/625/52/0.9Ω

![w type sic heating element drawing](https://cvsicelement.com/wp-content/uploads/2025/08/W-Type-SiC-Heating-Element-Drawing-e1754361105313.webp)

*Note*: Contact us for other specifications or customization.

### Installation Instructions

To ensure the performance and safety of W-Type Silicon Carbide Heating Elements, follow these installation steps:

- **Inspect Element**: Check for cracks or damage before installation.

- **Installation Position**: Cold ends form a right-angle structure with the hot zone, ideal for furnace roof or side installation in space-constrained or single-side wiring furnaces.

- **Fixing Device**: Use ceramic clamps or dedicated clamping devices to avoid direct contact with metal.

- **Power Connection**: Compatible with 110-480V three-phase power, ensure resistance matching, and use an SCR regulator for precise temperature control.

- **Ventilation**: Keep the installation area well-ventilated to prevent localized overheating.

- **Preheating**: Gradually increase power during initial use to avoid thermal shock.

- **Regular Maintenance**: Inspect wiring and clamping devices to ensure they are secure and free from looseness or corrosion.

*Note*: Professionals should perform installation; contact us for detailed guidance.

### Application Fields

CVSIC W-Type Silicon Carbide Heating Elements are designed for three-phase power high-temperature kilns, widely used in:

- **Float Glass Production**: Manufacturing soda-lime flat glass in float glass production lines for construction, automotive, and solar glass.

- **High-Temperature Industrial Kilns**: Supporting ceramic sintering, metal heat treatment, and other high-uniformity heating needs.

- **Special Furnace Types**: Ideal for space-constrained or single-side wiring furnaces, such as tunnel kilns and shuttle kilns.

### Product Advantages

- **Three-Phase Power Optimization**: W-Type design built for three-phase power, delivering efficient and steady heat.

- **Energy-Saving and Durable**: High-purity SiC material, resistant to thermal shock and oxidation, extending lifespan and cutting energy costs.

- **Flexible Installation**: Right-angle cold-end structure, perfect for roof or side installation in tight spaces.

- **Excellent Thermal Uniformity**: Three heating units enable multi-zone temperature control, improving furnace temperature consistency.

- **Global Support**: Backed by overseas service centers for fast response and technical guidance.

### Design Recommendations

To optimize the performance of W-Type Silicon Carbide Heating Elements, follow these suggestions:

- **Hot Zone Length**: Match the hot zone length to the furnace chamber width to avoid insertion into the furnace wall, preventing ablation.

- **Cold Zone Length**: The cold zone length should match the furnace wall thickness plus an extra 50-150mm for connecting accessories.

- **Furnace Aperture**: The furnace aperture should be 1.4-1.6 times the cold end diameter to allow free expansion and prevent breakage.

- **Spacing Design**: Keep a distance of ≥3 times the outer diameter between the element and materials or furnace walls and ≥4 times the outer diameter between element centers for optimal heat distribution.

- **Multi-Zone Layout**: For wide or tall furnaces, arrange W-Type elements along one side with zoned temperature control to improve uniformity.

- **Temperature Control System**: Pair with a PID controller for precise temperature control, thereby extending the lifespan of the element.

### Customization Services

CVSIC offers flexible customization for W-Type Silicon Carbide Heating Elements:

- **Size Customization**: Adjust outer diameter, hot/cold zone lengths, shank spacing, and connecting bridge diameter to fit your furnace design.

- **Resistance Optimization**: Customize resistance to match three-phase power configurations.

- **Special Coatings**: Provide anti-oxidation or corrosion-resistant coatings for harsh environments.

- **Bulk Supply**: Support large-scale wholesale with fast delivery and consistent quality.

- **Technical Support**: Offer engineer guidance and heat distribution analysis from selection to installation.

Contact us for customized solutions or free technical consultation!

CVSIC is dedicated to providing efficient and reliable W-type Silicon Carbide Heating Elements for global industrial clients, enhancing float glass production and other high-heat applications. Contact us for product quotes, customization services, or technical support to improve your heating efficiency!

### W Type SiC Elements Accessories

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