Yes, freon contaminated with water can corrode copper. The presence of water can lead to the formation of acids that can accelerate the corrosion of copper components in an HVAC system. It is important to ensure that freon is free of water to prevent this type of corrosion.
Yes, water can corrode copper over time, especially if it is acidic or contains other corrosive substances. This process is known as copper corrosion.
Copper itself is not waterproof since it can easily corrode when exposed to water or moisture. However, copper can be coated or treated with a waterproof sealant to protect it from water damage.
Copper pipes carrying hot water can corrode faster due to the higher temperature accelerating the chemical reactions involved in corrosion. The heat can increase the rate of oxidation and other reactions that lead to the breakdown of the copper material. Additionally, the hot water can also increase the solubility of minerals in the water, which can further contribute to corrosion.
Sorry, copper does not react with sulphuric acid because it is not reactive enough to do so. Only metals which are higher than hydrogen in the reactivity series will react with sulphuric acid.
No. I'm not sure what "absorb electricity" even means, and copper doesn't absorb water to any appreciable degree.
Yes, water can corrode copper over time, especially if it is acidic or contains other corrosive substances. This process is known as copper corrosion.
Copper is used as hot water pipes because the copper will not corrode when the hot water goes through the pipes
Copper is used as hot water pipes because the copper will not corrode when the hot water goes through the pipes
Yes, copper pipes can corrode over time due to various factors such as water quality, pH levels, and exposure to certain chemicals.
Copper itself is not waterproof since it can easily corrode when exposed to water or moisture. However, copper can be coated or treated with a waterproof sealant to protect it from water damage.
Copper pipes carrying hot water can corrode faster due to the higher temperature accelerating the chemical reactions involved in corrosion. The heat can increase the rate of oxidation and other reactions that lead to the breakdown of the copper material. Additionally, the hot water can also increase the solubility of minerals in the water, which can further contribute to corrosion.
When copper reacts with water, it forms copper hydroxide which has a blue color. This is why when copper objects such as pipes or fittings corrode, the water turns blue due to the presence of copper hydroxide in the water.
As pennies are not made of iron, they cannot rust under any circumstances.However they can corrode. The copper shell will produce a green corrosion product, the zinc core can corrode completely away as a transparent water soluble corrosion product. This corrosion will be very slow in plain water (much slower than iron rusts in water) but will be much faster if an acid is added to the water.
Well, darling, when you toss copper into salt water, you're starting a little chemistry show. The salt water acts like a stage manager, pulling electrons from the copper and causing it to corrode and turn green. It's like Mother Nature's version of aging gracefully, but with a bit more drama.
When copper is exposed to salt water, it can undergo a chemical process called corrosion. The salt water can cause the copper to react with oxygen in the air, forming copper oxide on its surface. This can lead to the degradation of the copper over time, weakening it and potentially causing it to rust or develop a patina.
Sorry, copper does not react with sulphuric acid because it is not reactive enough to do so. Only metals which are higher than hydrogen in the reactivity series will react with sulphuric acid.
with a set of freon guages. The smaller copper pipe should be warm to hot. The larger copper pipe should be cold and in hot humid weather dripping water from condensation. what should the guages read.