Laboratory Preheating Platform, Soldering Hot Plate, Display screen operation panel, 20kg load capacity, for Teaching and Research

Product description Specifications: Name: Electric Thermostatic Heating Plate Power: 1500W Maximum Temperature: 400℃ Display Accuracy: 0.1°C Load Capacity: 20kg Timing Range: 0-9999min Panel Material: Stainless Steel Maximum Temperature: 30*20cm Dimensions: 20*30*22cm Packaging Dimensions: 355*265*260mm Weight: 9kg Package List: Electric Thermostatic Heating Plate *1

• 【Large Heating Panel】This electrically controlled heating plate features a 300×200mm square stainless steel heating surface, providing ample heating space and enabling rapid and uniform heat conduction, meeting the needs of heating multiple samples simultaneously.
• 【Precise and Intelligent Temperature Control】The device is equipped with an LCD digital display preheating platform, supporting intelligent temperature control within a range of 50℃ to 400℃. This allows for precise temperature control, providing a stable temperature environment for various experiments.
• 【Stable and Uniform Heating】The heating plate ensures that all areas in contact with the panel reach the set sealing temperature simultaneously. Its high-quality stainless steel material can withstand high temperatures and will not deform even under long-term high-temperature conditions, ensuring heating stability.
• 【Thoughtful and User-Friendly Design】The device features ventilation holes on both sides and the back, ensuring efficient heat dissipation and extending the lifespan of internal chips. The included insulation layer effectively isolates the device from external high temperatures and prevents liquid from seeping into the internal components, enhancing safety.
• 【Multi-Field Applications】This heating plate is widely applicable in fields such as biology, medicine, genetics, environmental protection, biochemistry, analytical testing, teaching and training, and scientific research. It perfectly meets various needs, including sample drying and temperature-related experiments.