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Engineered for Extreme Environments
Our abrasion-resistant thermocouples are built for the toughest cement environments. Designed for high heat and heavy wear, they deliver reliable performance—especially in critical measurement points like kiln feed entry.
Precision and Longevity in Clinker Processes
Properties
Built for Harsh Cement Environments
Temperature control is key to consistent clinker production, but the abrasive conditions in clinker preheaters and kiln can quickly damage standard thermocouples.
Extended Life & Less Downtime
Our abrasion-resistant thermocouple is engineered to resist both premature corrosion and abrasion, significantly extending service life and reducing maintenance needs.
ISO-17025 for Superior Calibration
Our Fremont, CA site is ISO-17025 certified for thermocouple calibration from 0 to 1500 °C, ensuring top-tier accuracy for industries like cement production.
More Options = Better Performance
Optional probe lengths, diameters, and sheath materials provide design flexibility per installation while compression fittings allow for optimal insertion depth.
2300°F
Designed to function reliably at high temperatures up to 2300 °F typical in cement production processes
ISO-17025
Designed to function reliably at high temperatures up to 2300 °F typical in cement production processes
10x
Our thermocouples outperform others, lasting up to 10X longer in similar environments
Applications in the Cement Industry
Kiln Feed Temperature Monitoring
Accurate measurement of feed temperature before entering the kiln is critical for product quality.
Clinker Cooler Temperature Control
Ensures optimal cooling rates, affecting clinker quality and energy efficiency.
Clinker Preheater Stage Monitoring
Maintains proper temperature gradients for efficient heat exchange.
Calciner Temperature Measurement
Controls the calcination process, crucial for clinker formation.
Burner Zone Temperature Control
Monitors and regulates the hottest part of the kiln to ensure complete combustion.
Finish Mill Temperature Monitoring
Prevents overheating during the final grinding process, preserving cement quality.
Emissions Monitoring
Assists in maintaining compliance with environmental regulations by monitoring stack temperatures.
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