Papermaking tobacco sheet is an advanced production technology in the tobacco industry that utilizes tobacco leaf reconstruction techniques. This process involves processing tobacco stems, scraps, and other by-products through a papermaking method to create a sheet that closely resembles natural tobacco leaves. These sheets are then used in cigarette manufacturing, offering a sustainable and efficient alternative to traditional methods.
Compared to conventional tobacco sheets, papermaking tobacco sheets provide significant advantages, such as reducing health risks associated with smoking and enhancing the overall quality of cigarettes. The implementation of this technology not only brings economic benefits but also contributes positively to society by promoting resource efficiency and environmental sustainability.
This innovative process helps improve the utilization rate of tobacco materials. For example, producing 10,000 tons of papermaking tobacco sheets can save the planting area equivalent to 10,000 mu of tobacco fields. It plays a crucial role in lowering cigarette production costs, reducing raw material consumption, and supporting the development of low-tar blended cigarettes.
In the production process, online refractometers are widely used to monitor key parameters such as concentration, stock solution, and extract levels in real-time. This ensures accurate control of the formulation and allows for immediate detection of any deviations. By continuously tracking these changes, the system supports consistent product quality and efficient process management.
Additionally, the online refractometer is equipped with an alarm function that triggers when the measured values exceed predefined upper or lower limits. This feature enables quick identification of issues, ensuring timely corrective actions and maintaining high-quality standards throughout the production cycle.
By integrating such advanced monitoring tools, the tobacco industry can achieve greater precision, reduce waste, and enhance the overall performance of cigarette production. This not only improves operational efficiency but also aligns with modern demands for safer and more sustainable products.
A Linear Power Supply is an electronic device designed to provide a precise and stable DC voltage output from an AC input. It utilizes a linear regulator to maintain a constant output voltage despite variations in input voltage or load current.
Working Principle
Transformer Stage: The AC input voltage is first stepped down by a transformer to a lower AC voltage level.
Rectification: The transformed AC voltage is then converted into pulsating DC voltage through a rectifier circuit, typically using diodes.
Filtering: A filter circuit, often consisting of capacitors, removes ripple from the pulsating DC voltage to produce a smoother DC output.
Regulation: A linear regulator adjusts the output voltage to maintain a precise and stable level, despite changes in input voltage or load conditions. This is achieved by dissipating excess power in the form of heat.
Key Features：Stable Outputã€Low Noiseã€Excellent Regulationã€Simple Circuitry
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