Anti-micro-recompression inoculant for the treatment of cast iron obtained from an inoculant alloy or mixture of ferrosilicon containing aluminum, lanthanum and possibly calcium

• 1. 铸铁孕育剂以及用于生产铸铁孕育剂的方法 [P] . 中国专利： CN111742065A . 2020-10-02
• 2. 铸铁孕育剂以及用于生产铸铁孕育剂的方法 [P] . 中国专利： CN111742064A . 2020-10-02
• 3. Long life inoculant for molten cast iron - contains ferrosilicon, calcium-aluminium silicate(s), silicon carbide, calcium carbide, and prevents formation of white cast iron [P] . 德国专利： DE2847787A1 . 1980-05-29

  机译： 熔融铸铁的长效孕育剂-包含硅铁，硅酸钙铝，碳化硅，碳化钙，并防止形成白色铸铁

• 4. '' Inoculant alloy for the treatment of thick cast iron parts and use of an inoculant '' [P] . BR112015010975A2 . 2017-07-11

  机译： ''用于处理厚铸铁零件的孕育剂合金和孕育剂的用途''

• 5. Slow fade inoculant for molten cast iron - comprising iron silicon alloy, high melting calcium aluminium silicate and a di:calcium aluminium silicate contg. carbide(s) of silicon an [P] . 德国专利： DE2940946A1 . 1981-04-23

  机译： 用于熔融铸铁的慢褪色孕育剂-包括铁硅合金，高熔点硅酸铝钙和硅酸二钙铝。硅的碳化物

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• 4. Effect of Inoculant Alloy Selection and Particle Size on Efficiency of Isomorphic Inoculation of Ti-Al [O] . Jacob R. Kennedy, Bernard Rouat, Dominique Daloz, 2018
• 5. Effect of Different Inoculants on Impact Toughness in High Chromium Cast Iron [O] . Siekaniec D., Kopyciński D., Guzik E., 2017
• 6. Influence of Various Inoculants and Treatments on Structure of Nodular Cast Iron [R] . R. K. Cleworth, J. E. Wallace 1950

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• 2. Effect of nodule count and austempering heat treatment on segregation behavior of alloying elements in ductile cast iron [J] . E.Akbarzadeh Chiniforush ,N.Iranipour ,S.Yazdani . 中国铸造 . 2016,第003期
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• 4. Effect of variable heat treatment modes on microstructures of Fe-Cr-B cast iron alloy [J] . Guo Changqing ,Wang Caidong ,Liu Xiaoping . 中国铸造 . 2008,第001期
• 5. 新型高强合金孕育剂对灰铸铁强化机制的研究 [C] . 李孝艳 ,乔进国 ,彭业密 . 2015山东省铸造厂长（经理）年会暨山东省铸造协会会员代表大会 . 2015
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