Introduction to methods to effectively reduce pesticide toxicity

Pesticides are an indispensable part of agricultural cultivation, but there are often toxic incidents in the use of pesticides. So how can we reduce the occurrence of pesticide poisoning? This article will introduce in detail the methods to effectively reduce pesticide toxicity.

1, placed. Many pesticides react with oxidants or bio-enzymes, oxygen in the air and enzymes in vegetables react with residual pesticides to oxidize and degrade pesticides. This can reduce pesticide residues and reduce their toxicity. For example, roots, fruits, and other vegetables that are resistant to storage, after being bought back for a period of time, have a certain effect on reducing pesticide toxicity.

2, peeled. Generally, the pesticide residue on the surface of vegetables is the highest. For melon and fruit vegetables such as cucumber and eggplant, it is better to peel the food as much as possible.

3, washed. Organophosphorus pesticides are mostly phosphates or amides, which are partially hydrolyzed in water to become low-toxic or non-toxic substances. Most chemical pesticides are acidic. Soaking with 5% alkaline water can neutralize and reduce pesticide residues. 5% salt or vegetable detergent also has a good removal effect on organophosphorus pesticides. Vegetables that are not suitable for peeling should be thoroughly washed and soaked for consumption. Washing thoroughly removes 75% to 85% of the pesticide residue on the vegetable surface. Cabbage has a relatively long growing period of vegetables. It is necessary to open the leaves and soak them in the leaves to achieve the purpose of removing pesticide residues.

4. Heating. Some pesticides are volatile or decompose at high temperatures. For vegetables that are suitable for long-term heating, such as lentils, a fully heated cooking method is beneficial to reduce pesticide residues.

Cutting Tool

Introduction of diamond saw blade

Diamond saw blade is a kind of cutting tool, which is widely used in the processing of hard and brittle materials such as stone and ceramics. Diamond saw blade is mainly composed of two parts; the base body and the Cutter Head. It is the part that cuts during use. The cutter head will be continuously consumed during use, but the substrate will not. The reason why the cutter head can cut is because it contains diamond, which is currently the hardest substance. , it frictionally cuts the processed object in the cutter head. The diamond particles are wrapped in metal inside the cutter head.


Manufacturing Process Classification

1. Sintered diamond saw blade: It is divided into two types: cold press sintering and hot press sintering, which are formed by pressing and sintering.
2. Welding diamond saw blades: divided into two types: high-frequency welding and laser welding. High-frequency welding welds the cutter head and the substrate together through high-temperature melting media, and laser welding uses high-temperature laser beams to melt the contact edge of the cutter head and the substrate to form metallurgy combine
3. Electroplated diamond saw blade: the blade powder is attached to the substrate by electroplating.

Appearance classification:

1.Continuous edge saw blade: continuous sawtooth diamond saw blade, generally made by sintering method, commonly used bronze binder
2. Segment head type saw blade: the saw teeth are broken, the cutting speed is fast, suitable for both dry and wet cutting methods
3. Turbine-type saw blade: Combining the advantages of 1 and 2 above, the saw teeth continuously present a turbine-like uniform convexity, which improves the cutting speed and increases the service life.



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