The Micro-Tec Digital Coating Thickness Gauge is a precision instrument engineered for accurately measuring non-magnetic coatings on ferrous substrates. Conforming to ISO 2178 standards and CE-certified for safety and performance, this professional-grade device ensures high accuracy, reliability, and durability in both laboratory and field applications. Designed for industries such as automotive, manufacturing, powder coating, and metal finishing, it quickly measures the thickness of coatings like paint, enamel, plastic, zinc, and chrome on steel or iron surfaces. Featuring automatic calibration, a wide measurement range, and a digital LCD display, this gauge guarantees consistent, error-free readings even in harsh working environments.

• Certification: CE marked and conforms to ISO 2178 international standards
• Measurement Principle: Magnetic induction (F-type) for ferrous substrates
• Range: 0u20131000 u00b5m / 0u201340 mil with automatic calibration capability
• Resolution: 0.1 u00b5m for 0u201399.9 u00b5m range, 1 u00b5m for measurements above 100 u00b5m
• Accuracy: u00b1(1u20133)% or u00b12.5 u00b5m (whichever is greater)
• Display: 4-digit LCD (10mm) for clear, precise readings
• Calibration: Automatic zero calibration; manual re-calibration with supplied substrate block
• Construction: Lightweight, ergonomic ABS housing for comfortable, long-term use
• Durability: Built to perform reliably in laboratories and harsh field conditions
• Measurement Capabilities: Measures coating thickness of materials such as paint, plastic, porcelain enamel, zinc, copper, aluminium, and chrome on ferrous substrates like iron and nickel
• Additional Features: Auto power-off function, Metric/imperial unit conversion and Low battery indicator
• Applications: Ideal for automotive detailing, body shops, powder coating plants, steel and aluminium refinishing, and quality control laboratories u2014 the Micro-Tec Digital Coating Thickness Gauge ensures fast, reliable, and repeatable coating thickness measurement for professional-grade results.