Storage feeds should pay attention to
The high temperature and high humidity experienced during storage are the main causes of mildew in the feed. Because high temperature and high humidity can not only stimulate the activity of lipases, amylases, proteases and other hydrolytic enzymes, speed up the decomposition of nutrients in feed, but also promote the reproduction and growth of harmful organisms such as microorganisms and stored grain pests, resulting in a large number of Hot and humid, resulting in mild heat of the feed. Therefore, when storing feed, the relative humidity of the air is required to be below 70%, and the moisture content of the feed should not exceed 12.5%.
Mildew and sterilizing, avoiding deterioration
Feeds are susceptible to mildew during storage, transportation, sales, and use. A large amount of mold not only consumes and decomposes nutrients in the feed, reduces the feed quality, and reduces the pay, but also causes diarrhea, enteritis, etc. in the livestock and poultry that feed this feed, and can cause severe death. Practice has proved that, in addition to improving the storage environment, the most effective way to extend the shelf life of the feed is to adopt physical or chemical means to prevent mold and bacteria, such as the addition of moldy agents in the feed.
In short, the compound feed should be stored in a low temperature, dry, dark and clean place. Under normal circumstances, the storage period of granular compound feed is 1-3 months; the storage period of powdered compound feed should not exceed 10 days; the storage period of powdered concentrated feed and premixed feed is respectively due to the addition of appropriate amount of antioxidants. It is 3-4 weeks and 3-6 months.
Product Family Description
Available Uncoated or with Broadband Anti-Reflection Coatings
Ideal for Cost Sensitive Broadband Applications
Sizes Ranging from 1mm to 300mm Diameter
UV Fused Silica Windows are precision manufactured using UV-grade synthetic fused silica. In addition to superior transmission, the synthetic fused silica of these optical windows exhibit higher thermal properties, exceptional purity, and excellent environmental durability for demanding applications.
UV Windows and IR Windows are Optical Windows designed for optimal performance in the Ultraviolet (UV) and Infrared (IR) spectrums. UV Windows are used in many laser applications. IR Windows are ideal for use in FTIR spectroscopy, in addition to thermal imaging, FLIR, or medical systems. Optical Windows do not introduce optical magnification into a system. Optical Windows should be chosen based on the substrate`s mechanical or optical properties.
Substrate options include materials such as UV Fused Silica, Calcium Fluoride (CaF2), Magnesium Fluoride (MgF2), Potassium Bromide (KBr), Sapphire, Silicon (Si), Sodium Chloride (NaCl), Zinc Selenside (ZnSe), or Zinc Sulfide.
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