Graphite electric heating plate

Features of graphite electric heating plate: It is made by special technology to overcome the shortcomings of ordinary electric heating plate which is easy to be damaged due to continuous working for a long time. The product has a large heating area and can process multiple samples at the same time. The heating points are uniform and the heating rate is fast. The PID is accurate and digitally controlled. It can work continuously for more than 48 hours. It is resistant to high temperature, corrosion and easy to clean.
Graphite electric heating plate: DL series temperature can reach 450 degrees
Scope of application: environmental monitoring, university laboratories, chemical plants, agricultural science and technology institutes, fertilizer plants, forestry departments, quality supervision, food and drug analysis, customs.
Graphite heating plate advantages:
The uniform heating body is made of isostatically pressed high-purity graphite with excellent thermal conductivity to ensure the temperature uniformity of each point of the heating panel.
Accurate temperature control PID parameter self-test, can automatically adjust the heating rate, temperature control accuracy ± 0.1 ° C, single point temperature fluctuation ± 2.0 ° C.
Energy-saving and efficient The unique heating and insulation method is more than 20% energy-saving than similar products.
Anti-corrosion design Graphite thermal conductive material, the surface is free from fear of strong acid and alkali corrosion. The connecting parts are made of anti-corrosive materials, and the chassis is treated with anti-corrosion spray to resist the harsh corrosive environment. The chassis holes are coated with high temperature anticorrosive materials.
Split design The main chassis and controller are split type, and the control part is placed outside the window through the data line to avoid corrosion of electronic components.
The temperature correction adopts the temperature parameter correction design, the temperature probe accurately detects the temperature change, and can correct the display sample reaction temperature to achieve what is seen and measured (the temperature controller panel shows the actual sample reaction temperature).