Roses, chrysanthemums.The drying of honeysuckle is similar to that of tea leaves and other fresh flowers, with the key being the withering process. If the withering process is not done well, honeysuckle will turn black or have a large color difference during the drying process. However, microwave withering requires strict temperature control. If the temperature is too low, the withering effect cannot be achieved. If the temperature is too high, all the flowers will ripen, affecting the quality of honeysuckle. Our company's microwave honeysuckle withering and drying equipment is designed rigorously and has a unique processing method. The withering and drying process can be solved in one machine, and the entire process only requires withering and drying once to produce the finished product. The operation is simple and convenient, greatly saving manpower and energy consumption. Integrated equipment for microwave drying and withering of honeysuckle flowers

Honeysuckle drying equipment: using a special device to keep the original color of honeysuckle in microwave drying, while also distilling honeysuckle extract. The device has been declared by the country.

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At present, honeysuckle mainly adopts drum withering and drying kiln drying, which takes a long time to dry and the color of honeysuckle is difficult to guarantee, resulting in a high rate of flower breakage. However, Jinan Longtuo Microwave Honeysuckle Slaying and Drying Machine is a dual-purpose machine that can thoroughly kill honeysuckle, has a fast drying speed, and does not change or lose the color, luster, and effective ingredients of gold and silver. The device size is optional, and users can choose the appropriate device based on their investment conditions. The device has a small footprint and only requires electricity At present, Guangrao Maoshi Orthopedic Hospital, Weifang Institute of Traditional Chinese Medicine, Shanxi Zhengda Pharmaceutical, and Anhui Fangmin Pharmaceutical are using our equipment.

Principle of environmentally friendly and energy-saving microwave heating

Microwaves are electromagnetic waves with frequencies ranging from 300MHz to 300GMHz, and their direction and magnitude undergo periodic changes over time. The process of microwave heating involves the direct interaction between microwaves and materials, converting ultra-high frequency electromagnetic waves into thermal energy. Water is a substance that strongly absorbs microwaves, and the water molecules in the material are polar molecules. Under the action of microwaves, their polarity orientation changes with the external electromagnetic field. A 915 MHz microwave can cause water molecules to move 1.83 billion times per second, resulting in rapid friction, collision, and a series of processes such as heating and expansion of the material, achieving the purpose of microwave heating. Microwave sterilization mechanism is the result of the combined effects of microwave thermal and biological effects. The thermal effect of microwaves on bacteria is to denature proteins, causing bacteria to lose their nutritional, reproductive, and survival conditions and die; The biological effect is that the microwave electric field changes the potential distribution of the cell membrane cross-section, affecting the concentration of electrons and ions around the cell, thereby altering the permeability of the cell membrane. As a result, bacteria are malnourished, unable to metabolize normally, their structural functions are disrupted, and their growth and development are inhibited, leading to death. In addition, nucleic acid (RNA) and deoxyribonucleic acid (DNA), which determine the normal growth and stable genetic reproduction of bacteria, are coiled macromolecules tightly connected by several hydrogen bonds. A sufficiently strong microwave field can cause hydrogen bond relaxation, breakage, and recombination, thereby inducing genetic mutations, chromosomal aberrations, or even breakage.

The main characteristics of microwave heating are: 1. Rapid heating. Unlike traditional heating methods, microwave heating does not require a thermal conduction process. It makes the heated material itself the heating element, so even materials with poor thermal conductivity can reach the heating temperature in a very short time. 2. Uniformity, regardless of the shape of each part of the object, is achieved by uniformly penetrating electromagnetic waves in both the surface and interior of the material to generate thermal energy. It is not limited by the shape of the object, so heating is more uniform and there is no phenomenon of external focus or internal generation. 3. Energy saving and efficient. Due to the fact that substances containing moisture are easily absorbed by microwaves and generate heat, there is almost no other loss except for a small amount of transmission loss. Compared with far-infrared heating, microwave heating saves more than one-third of energy. 4. Mold proof and sterilization, without damaging the nutritional content of materials. Microwave heating has thermal and biological effects, so it can kill mold and bacteria at lower temperatures; The traditional heating method takes a long time to heat, resulting in significant loss of nutrients, while microwave heating is rapid and can maximize the preservation of material activity and nutrients in food. 5. Advanced technology, continuous production can be achieved as long as the microwave power is controlled to achieve heating or termination. The application of PLC human-machine interface enables programmable automation control of heating process specifications. It has a complete conveying system to ensure continuous production and save labor. 6. Safe and harmless microwave is controlled to work in a heating room made of metal, effectively suppressing microwave leakage, eliminating radiation hazards and harmful gas emissions, producing no waste heat or dust pollution, and extremely non polluting physical objects. The company is located in Jiangjiagou Industrial Park, No. 6 Daqiao Road, Licheng District, Jinan City. You can directly enter the toll station of Huanghe Highway Bridge in Jinan City by navigation.