Thick-700 High-Precision Ultrasonic Thickness Gauge | Najoom Al Falah KSA
Specialized Ultrasonic Metrology for Super-Thin Material Measurement The Thick-700 (also known as the TT-700 or TIME2170) is a state-of-the-art digital ultrasonic thickness gauge specifically engineered to address the challenges of measuring super-thin materials. Traditional gauges often struggle with accuracy when dealing with minimal wall thicknesses, but the Thick-700 utilizes advanced high-frequency ultrasonic technology to provide reliable, high-resolution readings where standard equipment fails. This instrument is a critical asset for non-destructive testing (NDT), allowing for the precise monitoring of wall thickness and the detection of internal corrosion without damaging the material. Its specialized focus makes it an essential tool for high-stakes industries such as aerospace, oil and gas, and chemical processing, where maintaining structural integrity and safety standards is paramount.
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Specifications
Technical Specifications
Feature | Specification Details |
Model Number | Thick-700 (TT-700 / TIME2170) |
Device Type | High-Precision Ultrasonic Thickness Gauge |
Measurement Technology | High-Frequency Pulse-Echo Ultrasound |
Specialization | Super-thin material measurement |
Applications | Wall thickness testing, Corrosion monitoring |
Target Industries | Aerospace, Oil & Gas, Chemical Processing |
Display Type | Digital High-Resolution Interface |
Measurement Mode | Non-Destructive Testing (NDT) |
Portability | Handheld Industrial Design |
Additional Details
Key Features & Advantages
The primary advantage of the Thick-700 is its exceptional sensitivity, which allows it to measure ultra-thin substrates with clinical precision. It features a high-resolution digital display that provides instant thickness data, enabling rapid inspection cycles in demanding industrial environments. The gauge is designed for versatility, capable of testing a wide variety of materials including metallic alloys, glass, and engineered plastics. Its robust internal processing helps filter out noise and interference, ensuring that readings represent the true thickness of the material even in the presence of surface corrosion. Furthermore, the device is compact and ergonomically designed for one-handed operation, making it ideal for inspections in confined spaces or complex industrial infrastructures.
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