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E-mail
13920369716@139.com
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Phone
13920369716
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11th Floor, Building D, Science and Technology Building, Binhai High tech Zone, Tianjin
Tianjin Jingtuo Instrument Technology Co., Ltd
Advantages and Development Trends of Infrared Oil Testers
Date: 2025-07-07Read: 6
Infrared oil analyzer, as a precision detection equipment based on infrared spectroscopy technology, plays an increasingly important role in environmental monitoring, industrial production, and scientific research fields. Its detection principle and constantly innovative technology make it an important tool for detecting oil pollutants. The following provides a detailed analysis from two aspects: technological advantages and application prospects.
The advantages of infrared oil detectors are mainly reflected in detection efficiency, accuracy, and applicability, and their development trend focuses on intelligence, portability, and multi scenario applications.
advantage
Quick detection: Most models can complete sample testing within 5 minutes, and in emergency situations, it can achieve 10 seconds of quick switching point detection.
High precision measurement: laboratory level accuracy, detection limit as low as 0.002 mg/L, repeatability error ≤ 1%, in compliance with HJ 637-2018 standard.
Multi scenario applicability: Oil detection covering different substrates such as surface water, groundwater, industrial wastewater, and soil, with a concentration detection range of 0.002-64000 mg/L.
Intelligent analysis: equipped with AI prediction function, automatically generating pollution traceability reports and heat maps, reducing manual intervention.
development trend
Portable design: The new model focuses on shock resistant casing and long-lasting battery design, suitable for outdoor and emergency scenarios.
Intelligent upgrade: integrating GIS positioning, real-time data transmission, and mobile applications to improve emergency response efficiency.
Multi functional extension: Some models have added the ability to identify pollutant types, covering oil mist detection in animal and vegetable oils and industrial waste gases.
