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Phosphorous Bronze C50900 Nuts

Phosphorous Bronze C50900 Nuts

C50900 Phosphorus Bronze nuts are known for their corrosion-resisting and high-strength properties. This combination makes them ideal for structural bolt replacements and marine applications. The alloy's chemical composition consists of up to 12.5% tin, 1% phosphorus, 0.2-0.8% iron, 2-3% manganese, and the remainder of copper. These components allow it to resist fatigue and have high homogeneity, weldability, and increased service life in salt air environment applications. Furthermore, during cold working, the alloy has a small linear coefficient of expansion, enabling it to be used with glass and ceramics in temperatures below 200 degrees Celsius. With the right knowledge of its chemical composition, Phosphorus Bronze C50900 nuts can become an invaluable tool in many different mechanics areas due to their versatility and durability.

Phosphorous bronze C50900 nuts are used primarily in applications requiring a greater level of corrosion resistance than their unalloyed counterparts. Due to its strong corrosion resistance, phosphorous bronze C50900 nuts can be applied outdoors, even in industrial atmospheres with high pollution levels and saltwater exposure. This superior protection even extends to highly acidic or alkaline environments. Additionally, these nuts are very resistant to deformation and fracturing, making them useful for larger applications where other materials would struggle, such as medical and marine equipment. Furthermore, they offer excellent electrical conductivity with a low coefficient of thermal expansion given the right conditions.

C50900 Phosphorus Bronze nuts are known for their corrosion-resisting and high-strength properties. This combination makes them ideal for structural bolt replacements and marine applications. The alloy's chemical composition consists of up to 12.5% tin, 1% phosphorus, 0.2-0.8% iron, 2-3% manganese, and the remainder of copper. These components allow it to resist fatigue and have high homogeneity, weldability, and increased service life in salt air environment applications. Furthermore, during cold working, the alloy has a small linear coefficient of expansion, enabling it to be used with glass and ceramics in temperatures below 200 degrees Celsius. With the right knowledge of its chemical composition, Phosphorus Bronze C50900 nuts can become an invaluable tool in many different mechanics areas due to their versatility and durability.

Phosphorous bronze C50900 nuts are used primarily in applications requiring a greater level of corrosion resistance than their unalloyed counterparts. Due to its strong corrosion resistance, phosphorous bronze C50900 nuts can be applied outdoors, even in industrial atmospheres with high pollution levels and saltwater exposure. This superior protection even extends to highly acidic or alkaline environments. Additionally, these nuts are very resistant to deformation and fracturing, making them useful for larger applications where other materials would struggle, such as medical and marine equipment. Furthermore, they offer excellent electrical conductivity with a low coefficient of thermal expansion given the right conditions.

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sparsh impex

mumbai - maharashtra - india

2 Year

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SPARSH IMPEX

sparsh impex

mumbai - maharashtra - india

2 Year

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metal aims

mumbai - maharashtra - india

0 Year

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Metal Aims

metal aims

mumbai - maharashtra - india

0 Year

Phosphorous Bronze C50900 Nuts FAQ's  

Phosphorous Bronze C50900 Nuts Starts At Rs 12/Piece To Rs 16/Piece

Phosphorous bronze C50900 nuts are widely used in a variety of industrial applications due to their superior strength, durability and corrosion resistance. These nuts are often found in marine engineering, offshore drilling, oil & gas production, power generation systems and other general engineering applications

The main advantages of phosphorous bronze C50900 nuts are their superior tensile strength and corrosion-resistant properties. They also have great dimensional stability and excellent fatigue strength which makes them suitable for use in heavy load bearing applications such as bridge construction.

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