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Drawer-type plate drying box:

Structural features

• Drawer-type design: The drawer-type structure is adopted to facilitate the placement and removal of the screen. This design makes the operation more convenient, and can be operated in an orderly manner when placing multiple screens, and can effectively utilize the space and reduce heat loss.

• Screen placement method: There is a special screen placement rack inside to ensure that the screen is placed horizontally, so that the items on the screen are heated more evenly during the drying process. Moreover, the existence of the screen is conducive to air circulation and heat transfer.

Temperature uniformity

• Heating system layout: The heating elements inside the drying box are carefully designed and laid out, and are usually reasonably distributed at the bottom, side or top to ensure that the heat can cover the entire drying space in all directions. For example, a surround heating pipe layout is adopted to allow hot air to circulate.

• Hot air circulation system: Equipped with an efficient hot air circulation system, the hot air is continuously circulated in the box through a fan. This helps to eliminate temperature gradients, transfer heat evenly to every corner of the screen, avoid local overheating or overcooling, and ensure the consistency of the drying effect.

Temperature control

• Precise temperature control system: Equipped with advanced temperature control devices, the drying temperature can be accurately set and adjusted. The temperature in the box is monitored in real time by a temperature sensor and fed back to the control system, so that the actual temperature can quickly and accurately reach the set value, and the error range is generally within a small range.

• Temperature range selection: A wide temperature range selection can be provided to meet the drying needs of different material stencils and their loads. For example, for some temperature-sensitive materials, a lower temperature can be selected for long-term drying; for high-temperature resistant materials, the drying temperature can be increased to speed up the drying speed.

Application areas

• Screen printing industry: used to dry the ink on the stencil to ensure that the ink dries quickly and evenly, improving the printing quality and efficiency. In this industry, temperature uniformity is particularly important because uneven temperature may cause inconsistent drying of the ink, affecting the clarity and color of the printed pattern.

• Drying of electronic components: The components on the electronic stencil can be dried to remove moisture and impurities to ensure the performance and reliability of the electronic components. For example, in the process of circuit board production, drying the stencil coated with a special coating helps to form a uniform and high-quality protective layer.

• Laboratory sample drying: In laboratory environments, it is used to dry various samples placed on the stencil, such as biological samples, chemical reagents, etc. Its temperature uniformity and precise control characteristics can meet the strict requirements of the experiment for sample drying conditions.