As industries evolve and materials become more specialized, the ability to measure and monitor surface properties in real-time has become increasingly essential. For applications involving thermal performance, energy efficiency, and coating consistency, accurate thermal emissivity measurement is critical. That’s where the Delcom emissivity sensor excels.

Delcom offers a non-contact, high-precision emissivity sensor specifically engineered for real-time measurement in industrial environments. Whether you’re monitoring coated glass, metals, or complex multilayer surfaces, our sensors provide the data you need to maintain quality, improve processes, and ensure performance.

What is Emissivity and Why Does It Matter?

Emissivity is a material’s ability to emit infrared energy. It ranges from 0 (no emission) to 1 (perfect emission), and it’s a key factor in determining how a surface interacts with heat. For manufacturers in fields such as glass coating, aerospace, and energy systems, knowing the thermal emissivity of materials is essential for quality control, energy efficiency, and regulatory compliance.

Changes in emissivity can signal inconsistencies in coating thickness, material composition, or process parameters. Without accurate, real-time data, product quality can suffer, and production lines can experience costly delays or waste.

Delcom Emissivity Sensors: Non-Contact, Real-Time Precision

The Delcom emissivity sensor is designed for inline, non-destructive emissivity measurement across a range of materials and temperatures. Its ability to operate in harsh environments without disrupting production makes it ideal for integration into modern manufacturing workflows.

Key Features of Delcom’s Emissivity Sensor

• Non-Contact Measurement: Avoids contamination or damage to delicate surfaces
• Real-Time Feedback: Enables immediate adjustments and process optimization
• High Sensitivity: Detects subtle variations in emissivity and material performance
• Wide Material Compatibility: Works with metals, coated glass, ceramics, and other industrial surfaces
• Integration-Ready: Seamlessly fits into new or existing process lines

Whether you’re looking to control heat reflection in architectural glass or optimize thermal barrier coatings, the Delcom emissivity sensor delivers consistent, actionable data.

Applications of Thermal Emissivity Measurement

Delcom’s emissivity measurement solutions are trusted across multiple industries where thermal management and coating consistency are vital.

1. Coated Glass Manufacturing

Low-emissivity (Low-E) glass is a common choice for energy-efficient buildings. The thermal performance of this glass depends directly on its emissivity properties. Delcom’s sensors provide in-line emissivity readings that help manufacturers control coating quality and meet building performance standards.

2. Metal Processing & Finishing

Metals used in aerospace, automotive, and industrial machinery often require precise surface treatments. Monitoring thermal emissivity helps control heat transfer properties, especially in high-temperature applications.

3. Solar and Energy Systems

In solar panels and reflective energy systems, surface emissivity influences heat absorption and energy efficiency. Accurate measurements allow for the optimization of materials that reflect or retain heat as needed.

4. Advanced Coatings & Materials Research

In R&D settings, especially in materials science, consistent emissivity data is key for developing new surface coatings and high-performance materials. Delcom’s sensors offer lab-grade precision for testing and validation.

Advantages of Using Delcom Emissivity Sensors

Implementing a Delcom emissivity sensor into your workflow yields multiple operational benefits:

1. Better Process Control

Real-time emissivity data allows manufacturers to fine-tune coating processes, ensuring consistency across batches and reducing rework.

2. Enhanced Product Quality

Continuous measurement identifies anomalies or variations early, helping maintain product specifications and performance standards.

3. Energy Efficiency Improvements

Controlling emissivity directly impacts how a material handles heat, which plays a key role in insulation, reflectivity, and overall system efficiency.

4. Minimal Maintenance and Downtime

Designed for industrial environments, Delcom’s sensors offer long-lasting performance with minimal maintenance needs, helping maintain uptime and productivity.

Integration and Customization Options

Every industry and production environment has unique requirements. Delcom offers flexible integration options for our emissivity sensors, making them suitable for both retrofit and new production lines.

Our team works closely with manufacturers and engineers to ensure proper installation, calibration, and ongoing support. From custom mounts to software integration, we make it easy to implement emissivity monitoring into your workflow.

Why Choose Delcom for Thermal Emissivity Measurement?

With over 35 years of experience in non-contact metrology, Delcom is a trusted provider of precision measurement solutions. Our sensors are engineered by experts, tested in demanding applications, and supported by a dedicated team of professionals.

When you choose a Delcom emissivity sensor, you gain:

• Industry-leading technology designed for real-time performance
• Reliable, repeatable data across a wide range of materials
• Non-invasive tools that reduce risk to sensitive surfaces
• Ongoing support, training, and calibration services

Our commitment to innovation ensures that your measurement systems remain accurate and adaptable as your production needs evolve.

Start Measuring Emissivity with Confidence

If your operation requires precise, continuous thermal emissivity measurement, the Delcom emissivity sensor is the ideal solution. Improve process control, reduce waste, and ensure consistent product quality with a system trusted by industry leaders.

Visit Delcom’s emissivity sensor overview to learn more, or contact us today to discuss your measurement needs and integration options.