Bronze material and manufacturing method thereof
A production method and technology for bronze, applied in the field of bronze materials, can solve the problems of complex process and high price of bronze, and achieve the effects of simple production steps, good quality and beautiful color
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Embodiment 1
[0015] A bronze material, including 10g of metallic copper, 10g of sodium phosphate, 3g of polyester fiber, 30g of honey, 2g of magnesium-titanium alloy, 1g of aluminum-magnesium alloy and 2g of lead dioxide.
[0016] A method for making a bronze material: comprising the following steps:
[0017] The first step, 3g of polyester fiber is fully soaked in 30g of honey, and the polyester fiber is treated to strengthen its toughness.
[0018] In the second step, 10 g of metallic copper, 10 g of sodium phosphate, 2 g of magnesium-titanium alloy, 1 g of aluminum-magnesium alloy and 2 g of lead dioxide are mixed, and pulverized to obtain a mixed powder.
[0019] In the third step, the obtained mixed powder is put into a blast furnace for dissolution. After dissolving, the liquid is cooled, annealed at 300 degrees Celsius, and forged after cooling.
[0020] The fourth step is to forge and put it into the reaction kettle, and at the same time, add the polyester fiber soaked in honey t...
Embodiment 2
[0022] A bronze material, including 50g of metallic copper, 36g of sodium phosphate, 48g of polyester fiber, 120g of honey, 12g of magnesium-titanium alloy, 2g of aluminum-magnesium alloy and 13g of lead dioxide.
Embodiment 3
[0024] A bronze material, including 15g of metallic copper, 16g of sodium phosphate, 28g of polyester fiber, 32g of honey, 8g of magnesium-titanium alloy, 1.4g of aluminum-magnesium alloy and 4g of lead dioxide.
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