Alloy material for water pipe and preparation method thereof
A technology of alloy materials and water pipes, which is applied in the field of composite material manufacturing, can solve the problems of low installation risk and pollution of sanitary ware, and achieve the effects of price saving, pollution elimination, and convenient denaturation treatment
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[0011] Example 1, an alloy material for water pipes, characterized by the weight ratio of silica with SiO2≥97%, lime with CaO≥90%, barite with BaSO4 or BaCO3≥80%, and C≥80 % Coke, fluorite and steel scraps containing CaF2≥80% as raw materials, lime=8-15%, barite=10-15%, coke=30-35%, fluorite=3-6%, Steel shavings = balance, added to submerged arc furnace smelting by proportioning mixing method, AL = 0.5-1%, S ≤0.05%, P≤0.05%, silica 2-4, talc 15-20, mica powder 10-20, silicon powder 3-5, Fe balance.
Example Embodiment
[0012] In Example 2, the alloy material for water pipes described in Example 1: The weight ratio is silica with SiO2≥96%, lime with CaO≥90%, barite with BaSO4 or BaCO3≥80%, Coke with C≥80%, fluorite with CaF2≥80% and steel scrap as raw materials, lime=8-15%, barite=10-15%, coke=30-35%, fluorite=3- 6%, steel shavings = balance, added into submerged arc furnace smelting by proportioning mixing method, AL=0.5-1%, S ≤0.05%, P≤0.05%, silicon dioxide 3-4, talc 17-20 , Mica powder 11-20, silica powder 3-5, Fe balance.
Example Embodiment
[0013] Embodiment 3, the alloy material for water pipes described in embodiment 1 or 2, is composed of raw materials in the following weight ratios: aluminum powder 9, iron oxide red 43, iron oxide 33, quartz sand 22, silica 2.5, Talcum powder 17, mica powder 26, silica powder 4.5.
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