Peanut fertilization technology
The glass beads are used for road marking paints and thermoplastic road marking material to provide excellent night retro-reflectivity. reflctvie BS 6088 A glass beads , BS6088 B glass beads , can be treated with drop on and intermixt road marking glass beads when used for the marking line for the road.
Coated : Higher reflectivity than uncoated.Therefore best suited to use on high rainfall highway roads.
Uncoated:Increase the visibility of traffic lines /road markings especially at night.
Available in various sizes suitable for water based / solvent based road marking paints and thermoplastic material.
Can be used in a drop on application or premixed with road marking paint or thermoplastic.
Chemically inert and environmentally friendly.
BS 6088 Reflective Glass Beads, BS 6088 Retro reflective Glass Beads, BS 6088 Glass Beads Road Marking, BS 6088 Micro Spherical Glass Beads YONGQING BAILUYUAN GLASS PRODUCTS CO.,LTD , https://www.blyglassbeads.com
Peanut has a nitrogen fixation effect, but the root nodule can not fix nitrogen before it is formed. Therefore, nitrogen should be supplied at the seedling stage to promote seedling growth. Phosphorus can promote the ripening of peanuts, fullness of seeds, increase pod formation rate, kernel yield and oil content, and also promote the formation and development of nodule. Potassium absorption is very large, and potassium promotes the growth of stems, husks and nuts. In soils with poor soil fertility, the effect of increasing potassium fertilizer is obvious. Peanut is a calcium-loving crop. Calcium can enhance the metabolism of nitrogen and is beneficial to the formation and development of roots and nodules. Molybdenum is an indispensable element in the process of nitrogen fixation in root nodules. Molybdenum can promote protein synthesis and increase nitrogen fixation capacity.
Under medium fertility level, the fertilization amount of peanuts in the whole growth cycle is 1500-2000kg (or commercial organic fertilizer 250-300kg), nitrogen fertilizer 8-11kg, phosphate fertilizer 4-6kg, and potassium fertilizer 7-8kg. Nitrogen and potassium fertilizers are divided into base fertilizer and topdressing twice. Phosphate fertilizer is used as base fertilizer, and fertilizer and farmyard manure (or commercial organic fertilizer) are mixed.
Base fertilizer: 1500-2000kg of farmer's fertilizer or 250-300kg of commercial organic fertilizer, 6-8kg of urea, 9-13kg of diamine phosphate, 6-7kg of potassium chloride, and 1-2kg of zinc sulfate per acre of zinc-deficient soil. The boron-deficient soil can be applied with borax 0.25-0.5kg per mu, and the molybdenum fertilizer can be soaked with 0.2%-0.35% ammonium molybdate solution. It is recommended to inoculate rhizobium. The following is the recommended amount of base fertilizer (kg / mu)
Top dressing: about 2.5kg of urea in the seedling stage; after the needles are podted, the 2%-3% aqueous solution of superphosphate can be sprayed 2-3 times, 7-10 days, if the flower grows weak, It can be added with 100-200g urea and sprayed; when the pod is mature, the amount of fertilizer needed is still relatively large. In order to prolong the functional period of the leaf and prevent premature aging, generally use 1% urea solution plus 2% calcium perphosphate clarification solution 50kg for foliar application, or spray with 50% of 0.1% potassium dihydrogen phosphate solution every 7-10 days. Spraying once in a row for 2-3 times has a certain effect of increasing yield; in zinc-deficient and boron-deficient soils, 0.1%-0.2% zinc sulphate or borax can be sprayed from the seedling stage to the initial flowering stage without applying zinc and boron to the base fertilizer. Aqueous solution, spray 2-3 times.
Specification for solid glass beads for use with road marking compounds and for other industrial uses,Glass, Waterproof materials, Particle size distribution, Defect counting, Marking, Sampling methods, Refractive index, Optical measurement, Magnetic materials, Corrosion tests, Water-resistance tests, Coatings, Reinforced materials, Plastics, Road marking, Quality assurance, Particle size measurement, Spherical shape, Weight measurement, Flotation agents, Acid-resistance tests.
BS6088 Standard Roadmarking Glass Beads are solid, spherical glass beads for use with thermosplastic roadmarking materials and traffic paint.Class A and Class B are high quality glass microspheres resulting from the specialized processing of selected glass cullet.
glass beads are a major factor in increasing road safety in an economical manner.Thanks to the beads' retro-reflective action at night, a vehicle's headlight beam is returned to the driver's eye.The microspheres not only multiply the visibility of the road markings at night, but also increase the marking's durability in general. glass beads are used as a drop-on agent and as premix beads for roadmarking materials.