SKA/JGW-SFY Industrial Moisture Measurement System Rubber Moisture Online Detection - SKA/JGW-SFY
Measurement principle: near-infrared diffuse reflectance spectroscopy (O-H bond characteristic absorption, 1450nm/1940nm)
• Measurement range: 0-60% moisture content (customizable 0-70%), suitable for granular, powder, and sheet materials; not suitable for water seepage, slurry, or highly reflective metals
• Measurement accuracy: ±0.2% (low moisture range 0-15%); ±0.5% (high moisture range >15%), accuracy depends on material modeling calibration
• Resolution: 0.01%
• Repeatability: ≤±0.1%
• Response time: 0.2-30s (filtering can be set)
• Spot diameter: 50-80mm (varies with installation distance)
• Measurement distance: 200-400mm (from probe to material surface)
Product Introduction
SKA/JGW-SFY Industrial Moisture Measurement System - Product Overview
The SKA/JGW-SFY Industrial Moisture Measurement System is a continuous analysis device used for rubber moisture online detection. Search keywords: industrial moisture measurement system, rubber moisture online detection, online near-infrared moisture meter. The system can non-contact measure the moisture content in materials such as natural rubber, synthetic rubber, and reclaimed rubber, suitable for rubber factories and the tire industry. In rubber moisture online detection, the SKA/JGW-SFY Industrial Moisture Measurement System can monitor moisture changes in real time, helping enterprises control product quality and prevent bubbles and vulcanization abnormalities.
SKA/JGW-SFY Industrial Moisture Measurement System - Working Principle
The SKA/JGW-SFY Industrial Moisture Measurement System is based on the principle of near-infrared spectral absorption, calculating the moisture content of rubber by measuring the absorption intensity of water molecules in specific wavelength bands. In rubber moisture online detection, the SKA/JGW-SFY Industrial Moisture Measurement System adopts diffuse reflection mode, adapting to block and granular materials. The system has fast response speed and can perform continuous online monitoring. Rubber moisture online detection places high demands on the accuracy and stability of the SKA/JGW-SFY Industrial Moisture Measurement System, and it needs to adapt to different rubber varieties.
SKA/JGW-SFY Industrial Moisture Measurement System - Application Scenarios
The SKA/JGW-SFY Industrial Moisture Measurement System is widely used in the drying, mixing, calendering, and vulcanization processes of rubber factories. Rubber moisture online detection can help enterprises control the drying endpoint and improve mixing quality. The SKA/JGW-SFY Industrial Moisture Measurement System can be installed at the dryer outlet, internal mixer inlet, and calender inlet. In rubber moisture online detection, the SKA/JGW-SFY Industrial Moisture Measurement System can be linked with PLC and DCS systems to achieve automatic control.
SKA/JGW-SFY Industrial Moisture Measurement System - Technical Advantages
The SKA/JGW-SFY Industrial Moisture Measurement System has advantages such as non-contact, fast, and continuous measurement. In rubber moisture online detection, the SKA/JGW-SFY Industrial Moisture Measurement System can reduce manual sampling and improve detection efficiency. The system adopts an industrial-grade design with a high protection rating, suitable for rubber workshop environments. Rubber moisture online detection helps enterprises improve product quality and reduce energy consumption. When choosing the SKA/JGW-SFY Industrial Moisture Measurement System, attention should be paid to the measurement range, accuracy, response time, and installation method to ensure long-term stable operation of rubber moisture online detection.
Main Application Areas
- Rubber Manufacturing — Online moisture monitoring of natural and synthetic rubber during mixing and processing to ensure consistent quality.
- Tire Production — Real-time moisture detection in rubber compounds to prevent defects such as bubbles and improper vulcanization.
- Reclaimed Rubber Processing — Continuous moisture measurement of reclaimed rubber to optimize drying and processing conditions.
- Plastics and Polymers — Moisture analysis of plastic pellets and polymer powders for quality control in extrusion and molding.
- Chemical Powders — Non-contact moisture measurement of chemical powders and granules to ensure product consistency.
Keywords：industrial moisture measurement system, rubber moisture online detection, near infrared moisture analyzer, online moisture meter, NIR moisture sensor, rubber moisture control, moisture measurement for rubber, industrial moisture analyzer
