Stainless steel wire woven filter screen is often used, 30-40 hole/cm filter screen is used for crude oil filtration, and 140-180 hole/cm filter screen is used for decolorization oil filtration. Customized Microwave drying equipment The selection of filter medium will affect the clarification of filtered oil and fat, and whether the cake unloading is smooth. The filter media used in the grease industry are mostly woven media, Microwave drying equipment Price Common cotton fabrics such as canvas, twill and ordinary white muslin with 20 yarns and 5-8 strands.
Microwave and ultraviolet water treatment equipment can improve heat exchange efficiency, save energy and reduce consumption. Customized Microwave drying equipment The deposits on the surface of the cooler rise by 0. mm every time, High efficiency of heat exchanger can generally reduce 20-30%, and power consumption will increase 4-8%. The selection of organic chemical dosing method can maintain the equipment and extend the service life of the equipment. The etching rate of carbon steel by cooling circulating water without microwave ultraviolet water treatment equipment exceeds 0.5mm/a, Microwave drying equipment Price The corrosion rate of the solved cooling circulating water on carbon steel is less than 0. mm/a, which can reasonably maintain the equipment and extend the service life of the equipment. Reduce the frequency of routine maintenance to ensure normal operation.
According to different lamp tubes, ultraviolet sterilization lamps have thermal cathode low-pressure mercury vapor discharge lamps and cathode low-pressure mercury vapor discharge lamps; The hot cathode low-pressure mercury vapor discharge lamps can be divided into straight type, H-type, U-type tube, etc. from the appearance; Customized Microwave drying equipment For different needs, it can be divided into low (no ozone), ozone, high ozone, etc. The portable microwave electrodeless ultraviolet sterilization equipment can be used for close mobile irradiation, and the ultraviolet lamp suspension irradiation can also be used. Small articles can be irradiated in the ultraviolet disinfection box. Different kinds of microorganisms have different sensitivity to ultraviolet rays. When using ultraviolet rays for disinfection, the radiation dose must be used to reach the radiation dose required to kill the target microorganisms. Microwave drying equipment Price The product of the irradiation intensity and irradiation time of the ultraviolet lamp used for irradiation dose at the surface of the irradiated object. Therefore, according to the irradiation intensity of the ultraviolet light source, the required irradiation time can be calculated.
The sterilization principle of microwave electrodeless ultraviolet sterilization equipment is to use the sterilization ability of ultraviolet light. Can ultraviolet light directly kill microorganisms? Microwave drying equipment Price According to different biological effects, ultraviolet light is generally divided into four parts according to wavelength: A-band (UV-A), Customized Microwave drying equipment Also known as black spot effect ultraviolet (400 ～ 320 nm); B band (UV-B), also known as erythema effect ultraviolet (320 ～ 275 nm); C-band (UV-C), also known as sterilization ultraviolet (275 ～ 200 nm); D-band (UV-D), also known as vacuum ultraviolet ray (200-100 nm). C-band ultraviolet light is mainly used for water disinfection.
Now people pay more attention to health, and the demand for ultraviolet disinfection equipment will be more and more extensive. Customized Microwave drying equipment The UV sterilization equipment is highly integrated, with low maintenance costs, which saves the time and energy of operators without adding any other chemical reagents. UVC ultraviolet ray plays a real role in disinfection equipment, Microwave drying equipment Price The ultraviolet radiation can destroy and change the DNA (deoxyribonucleic acid) structure of microorganisms, so that the bacteria will die immediately or cannot reproduce, so as to achieve the purpose of sterilization.
