Well it depends upon what you are welding on, its function,its thickness and the joint importance itself.So ordered 7018 rods can I use these in this cold weather,also do I need to warm up metal plate with heat gun , before welding ,never used these rods 2.5 rods ,what am I looking out for for first try.
can you show the code on the package, it contains most of the information.So ordered 7018 rods can I use these in this cold weather,also do I need to warm up metal plate with heat gun , before welding ,never used these rods 2.5 rods ,what am I looking out for for first try.
For 2.5mm 7018 that's about right.Are we looking at 80 / 90 amps
Putting them on a radiator is going to do little to nothing. If the bucket or component is hardox might be worth grabbing a vac pac or a gentle pre heat7018 work fine in the cold, but in my experience, they really don't like being damp.
Which reminds me, I need to find my pack and stick them on a radiator as I have JCB bucket to weld :/
They only go on the radiator to dry them out, as they normally live in an unheated workshop.Putting them on a radiator is going to do little to nothing. If the bucket or component is hardox might be worth grabbing a vac pac or a gentle pre heat
You won't dry them out on a radiator. The flux acquires a chemical bond with the moisture and you need a lot more heat to break that bond.They only go on the radiator to dry them out, as they normally live in an unheated workshop.
And requires time too .You won't dry them out on a radiator. The flux acquires a chemical bond with the moisture and you need a lot more heat to break that bond.
That's why rod ovens for drying go up to 300 degrees celsius.
Going on my past experience, a couple days sat on the radiator makes them far better to use than when they've been sat in the workshop for months.You won't dry them out on a radiator. The flux acquires a chemical bond with the moisture and you need a lot more heat to break that bond.
That's why rod ovens for drying go up to 300 degrees celsius.