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The production of monocrystalline silicon wafers is polycrystalline silicon through the process of crystal pulling, cutting, and slicing.
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The main products are p-type silicon wafers and N-type silicon wafers
Science and technology lead the control of single crystal furnace by automated and intelligent means to reduce human intervention in the crystal growth process, improve effective production capacity and greatly reduce the number of labor, and improve the consistency of the crystal growth process. Low-attenuation monocrystalline Through the improvement of monocrystalline silicon wafer quality and cell-end process optimization, monocrystalline has basically solved the initial attenuation problem. Thinning can greatly increase the yield per kilogram of monocrystalline wafers, increase wafer production capacity, and make a huge contribution to the value, which can provide strong support for the reversal of the cost of monocrystalline and multi-Si wafers in the near future.
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The advantages of P-type are simple manufacturing process, low cost and high market share.
Size:156.75*156.75 Thickness: 190±10μm, Resistance: 0.5-1.5Ω•cm Oxygen content≤9X 1017 atoms/cm3 Carbon content≤ 5.0 X 1016 atoms/cm3 Fewon lifetime≥ 20μs Straight pull growth method Single Crystal Crystallization The raw materials are made of primary polysilicon from Oriental Hope and Daqo Products are used in the production of cells, cell modules, and solar power generation Store the product in a cool, dry and clean place The product only accepts payment to ship. Provide delivery details within 24 hours of payment receipt Please check the product packaging, material, and quantity immediately after arrival, and if you find a problem, you need to feedback it in time and reissue or discount according to the corresponding problem
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