Laboratory Calender features a heated upper roller and a soft rubber lower roller. As paper passes through the rollers, its surface becomes smooth, flat and glossy, with fast and uniform heating performance.
With a 300 mm working width and compact exquisite structure, it is ideal for paper pattern making in sample rooms. Adopting pneumatic drive, it is cost-effective and economical.
It is suitable for laboratory calendering of various paper types and pressing of wet paper sheets. Roller replacement enables it to perform paper embossing and other processing tasks.
Laboratory Calender is specially designed for laboratory use, mainly for precise calendering treatment of material surfaces. By precisely controlling pressure and temperature, it delivers smooth, fine and high-gloss surface effects, widely applied in material science research, product development and quality control.
Core Features
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High efficiency: Adopts advanced calendering technology to finish processing quickly and improve experimental efficiency.
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Precise control: High-accuracy control system regulates pressure and temperature steadily for consistent calendering quality.
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Wide applicability: Suitable for calendering paper, plastic, metal and other materials.
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Adjustable parameters: Calendering speed and temperature can be set freely with simple operation.
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Safety guaranteed: Equipped with safety protection devices for high operational safety.
Operation Precautions
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Follow standard operating procedures before use to ensure safe and stable operation.
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Select suitable materials and match appropriate pretreatment and calendering conditions according to test requirements.
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Conduct regular maintenance to keep the equipment in good condition and prolong service life.
In conclusion, the laboratory calender is an indispensable laboratory device. It provides strong technical support for material research, product development and quality control. Standard operation, proper material selection and regular maintenance ensure stable equipment running and stable calendering effect.