Copper fittings inside the household socket to ensure smooth current to reduce the key components of the fever.Excellent quality household sockets are made of high quality copper, anti-oxidation, toughness, copper thickness is not riveted, quality export copper parts four items index.
In Figure 1, the thickness of copper, the ability to pass current to reduce the resistance of the copper piece;
2, toughness, and is applied to the socket portion, which is not easily deformed. Even if the socket is used for a long time, it can maintain a proper clamping force to ensure that the inserted sleeve is tight with the pin and reduces arcing;
3, anti-oxidation, anti-rust, reduce resistance, increase the heat dissipation caused by corrosion;
4, less riveting, preferably the overall copper parts further reduce the riveting part break and rivet heating.
In the past few years, the mainstream of the socket carrier copper pipe, now, is still the last of the brass current-carrying parts, the quality is affirmative. The appearance of brass is bright yellow, excellent electrical conductivity, soft texture, and the toughness (elasticity) of the antioxidant is not ideal. After long-term use of brass, the surface of the copper surface is oxidized and rusted, which will increase the contact resistance. Repeated insertion and removal of the brass sheet may result in poor toughness and deformation, often failing to take power, or due to poor contact form arc, and cannot be guaranteed. Electricity safety.
The mainstream export tin phosphor bronze material is copper. The appearance of tin phosphor bronze alloy is purple-red. The biggest feature is its high fatigue resistance, very flexible, corrosion resistance and excellent oxidation resistance. Even after long-term use, the surface will not be oxidized and corroded, the insert will not be deformed, and the proper clamping force will always be maintained.
Consider the thickness of the copper piece, such as the visually simple hand weight of the product that is not disassembled, can be used. The amount of copper pieces is heavier than the foot socket.
Branded socket products, tin phosphor bronze current-carrying parts, in order to ensure a normal service life of more than 12 years.
In Figure 1, the thickness of copper, the ability to pass current to reduce the resistance of the copper piece;
2, toughness, and is applied to the socket portion, which is not easily deformed. Even if the socket is used for a long time, it can maintain a proper clamping force to ensure that the inserted sleeve is tight with the pin and reduces arcing;
3, anti-oxidation, anti-rust, reduce resistance, increase the heat dissipation caused by corrosion;
4, less riveting, preferably the overall copper parts further reduce the riveting part break and rivet heating.
In the past few years, the mainstream of the socket carrier copper pipe, now, is still the last of the brass current-carrying parts, the quality is affirmative. The appearance of brass is bright yellow, excellent electrical conductivity, soft texture, and the toughness (elasticity) of the antioxidant is not ideal. After long-term use of brass, the surface of the copper surface is oxidized and rusted, which will increase the contact resistance. Repeated insertion and removal of the brass sheet may result in poor toughness and deformation, often failing to take power, or due to poor contact form arc, and cannot be guaranteed. Electricity safety.
The mainstream export tin phosphor bronze material is copper. The appearance of tin phosphor bronze alloy is purple-red. The biggest feature is its high fatigue resistance, very flexible, corrosion resistance and excellent oxidation resistance. Even after long-term use, the surface will not be oxidized and corroded, the insert will not be deformed, and the proper clamping force will always be maintained.
Consider the thickness of the copper piece, such as the visually simple hand weight of the product that is not disassembled, can be used. The amount of copper pieces is heavier than the foot socket.
Branded socket products, tin phosphor bronze current-carrying parts, in order to ensure a normal service life of more than 12 years.
