The miracle cure is called JB Weld. I swear to you, you have or will never find a product with so many used, except for maybe duct tape. It works on cast iron, engine blocks, car exaust pipes and many more things you can imagine. See the related link for more information.
You can paint about anything. Depending on the temperature the iron is getting will say what type of paint you need. (there is special paint for engines) if the iron is going to get extremely hot, you might not find a sutable paint.
If the pipe is No Hub cast Iron you can use a mission cap If the cast Iron is bell then you caulk in a cast iron plug If the cast iron is a spigot end you get a transition coupling either standard weight CI or extra heavy and then use a cast iron cap in the transition coupling
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Cast iron is, as the name implies, "iron" which has been "cast", or melted and poured into a mold. The material is usually not really pure iron but rather an alloy including carbon and (often) silicon.
They are iron, so with enough heat, they will melt. Because of the nature of cast iron, they will probably crack and break before they melt.
The danger in using cast iron cookware on a smooth, glass top electric stove is that the cast iron may cause the glass surface to crack. However, plenty of people have reported that they've used their cast iron cookware on glass top stoves with no issues.
As far as i know, coolant is not required while machining cast iron because, carbon in cast iron is present in the form of graphite (which is a cooling agent - self cooling). Moreover the carbon content is high in cast iron.
Hello I found this answer to the question... "How much oakum is required in 6 inch cast iron pipe before lead is poured into it?" From the Cast Iron Soil Pipe Association http://www.cispi.org/handbook/chapter4.pdf http://www.cispi.org/ Hope,this helps...
Cast Iron class C, service temperature 250oC
538J
No PVC is acceptable, you can join the new PVC piping into the existing Cast Iron.
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Iron melts at a temperature of around 2,800 degrees Fahrenheit (1,538 degrees Celsius). This high temperature is required to break the strong metallic bonds that hold the iron atoms together in a solid state, allowing them to move freely as a liquid.
Yes.
The specific heat capacity of iron is 0.45 J/g°C. To calculate the energy required to raise the temperature of 2 kg of iron by 3 degrees Celsius, you can use the formula: Energy = mass x specific heat capacity x temperature change. Plug in the values to find the answer.
wood, fire, earth, metal, and water