高效干燥与均匀加热 Efficient Drying and Uniform Heating
用红外热辐射、真空干燥或热水循环加热等方式，确保材料均匀干燥，防止不均和褶皱。部分设备使用平面-垂直传导式平板加热器，结合智能控温系统，精度达±1℃以内，适用于热敏感纸张。
Use infrared thermal radiation, vacuum drying, or hot water circulation heating methods to ensure uniform drying of materials and prevent unevenness and wrinkling. Some equipment employs planar-vertical conductive plate heaters combined with an intelligent temperature control system, achieving a precision within ±1℃, which is suitable for heat-sensitive paper.
真空干燥与压力控制 Vacuum Drying and Pressure Control
用真空技术，通过高负压降低水分蒸发温度，加快干燥速度并减少热损。部分设备真空度可达-0.095 MPa至-0.1 MPa，并在干燥时施压以防翘曲起皱，提升物理性能。
Vacuum technology is employed to lower the evaporation temperature of moisture through high negative pressure, thereby accelerating the drying process and reducing heat loss. Some equipment can achieve a vacuum degree ranging from -0.095 MPa to -0.1 MPa. During drying, pressure is applied to prevent warping and wrinkling, enhancing the physical properties of the materials.
结构紧凑与操作便捷 Compact structure and convenient operation
纸样干燥机设计紧凑，体积小、结构紧凑，便于实验室或工业环境中的使用。The paper sample dryer is designed to be compact, with a small size and a compact structure, making it convenient for use in laboratory or industrial environments. |
