In high-heat industrial environments, waiting for components to cool is not just downtime—it’s a production bottleneck. The Nuicon EC770XE High-Temperature Coating Thickness Gauge is engineered to eliminate this delay.
Built for the extreme conditions of foundries, forges, and steel mills, the EC770XE enables accurate hot surface coating measurements directly on components with surface temperatures up to 150°C (302°F).
It’s the essential instrument for maintaining quality control when the heat is on.
A specialized thermal-resistant sensor provides accurate readings on surfaces up to 150°C.
Features a shock-absorbent, sealed housing (IP65-rated) to withstand dust, moisture, and drops.
A high-contrast OLED display ensures clear visibility in dim or bright industrial light.
Leverages advanced eddy current and magnetic induction principles, compensated for high-temperature work.
For Rough Surfaces, For High Precision, For Non-Metals and For Tight Spaces
Trust lab-grade precision; featuring 0.1μm resolution and NIST certification for critical aerospace validation.
Get into the tight spots; this pen-style probe measures inside pipes and on curved surfaces others can’t reach.
Master non-destructive testing on plastics and composites with advanced ultrasonic technology.
Work fearlessly in extreme heat; take measurements directly on surfaces up to 150°C in foundries.
Detects steel & aluminum, making it the perfect workhorse for contractors on diverse job sites.
A smart upgrade; use our durable, high-performance probes with your existing Elcometer 456 base.
Simplify quality control; its one-button operation delivers instant pass/fail results right on the line.
Maximize value without sacrifice; get dependable ±3% accuracy for everyday automotive and shop use.
The EC770XE is the definitive in-process thickness gauge for any industry applying coatings at high temperatures.
The probe is designed for brief contact measurements on surfaces up to 150°C (300°F).
For accurate readings and to ensure longevity, contact should be brief, typically 2-3 seconds per measurement.
No, the gauge is electronically compensated to provide accurate readings even on hot substrates.
No, only the specialized probe and its cable are designed for direct contact with hot surfaces. The main gauge body should be kept at ambient temperature.
