What should be noted for inspection, maintenance and upkeep of far-infrared reactors?

The far-infrared reactor integrates far-infrared technology to radiate heat evenly into the reactor vessel. It is a radiant electric heating device. Far-infrared rays can accelerate metabolism and bring many benefits to the human body.

After the far-infrared electric heating device is powered on, it generates strong broad-spectrum directional radiation in the vertical space. It efficiently converts electric energy into far-infrared radiant energy, which is directly transmitted to the material to be dried and quickly converted into molecular thermal motion. Drying proceeds from the inside out to achieve rapid drying and shaping, with remarkable eco-friendly and safe results. When far-infrared radiation hits an object, absorption, reflection and transmission will occur. The chemical substances being heated and dried absorb far-infrared radiation both internally at a certain depth and on the surface simultaneously, producing an internal heating effect. This causes solvents or water molecules to evaporate with uniform heating. It avoids deformation and deterioration caused by uneven thermal expansion, so the appearance, physical properties, wash fastness and color of the materials remain intact.

When using a far-infrared reactor, first of all, it is necessary to establish a sound regular inspection and maintenance management system. Not only the reactor, but all production machinery and equipment shall have a detailed, thorough, timely and effective maintenance plan.

Secondly, dirt on the electric heating reactor shall be removed promptly. During cleaning, do not use hard, sharp metal rods. Soft auxiliary tools such as wooden sticks, smooth bamboo sticks or plastic sticks should be adopted for cleaning.

Thoroughly inspect the agitator of the electric heating reactor. The agitator is the power component for mixing materials. Long-term rotation will produce centrifugal force, so it is essential to check whether the screws and other connecting fasteners on the agitator are tightly fastened. If any looseness is found, rectify it immediately and carry out a trial run to ensure reliable operation of the agitator.

Components prone to damage, such as transmission parts, sealing assemblies and stirring impellers, must be carefully inspected. A fault in any single component will immediately affect the operation of the whole reactor system.