How many have used SDR and not ISDR 9 black 2" P.E. before?
I ask as I have a non-trenchable mainline application where schedule 40 2" simply is not durable enough particularly in freezing temps plus all of the damned deer walking on everything.
Long story short I ended up ordering two 500' rolls of ISDR 2" P.E. for use with barbed fittings and banding clamps but the wholesale pipe place sent me SDR 2" instead.
Spoke with the salesman but it was also a waste of time, won't take the pipe back and I have a client chomping at the bit for me to replace 1000' of shattered schedule 40 2" pipe with this 2" P.E.
Already tried to expand the pipe with a torch to insert a barbed 2" ISDR fitting but it was a complete failure - pipe became way too thin and numerous leaks developed.
So, my question is this: properly preparing the 2" various couplings then solvent welding with 721 - can I expect a sufficient bonding to occur to withstand 80 pounds of pressure?
Or should I just go flip burgers at McDonalds?
I ask as I have a non-trenchable mainline application where schedule 40 2" simply is not durable enough particularly in freezing temps plus all of the damned deer walking on everything.
Long story short I ended up ordering two 500' rolls of ISDR 2" P.E. for use with barbed fittings and banding clamps but the wholesale pipe place sent me SDR 2" instead.
Spoke with the salesman but it was also a waste of time, won't take the pipe back and I have a client chomping at the bit for me to replace 1000' of shattered schedule 40 2" pipe with this 2" P.E.
Already tried to expand the pipe with a torch to insert a barbed 2" ISDR fitting but it was a complete failure - pipe became way too thin and numerous leaks developed.
So, my question is this: properly preparing the 2" various couplings then solvent welding with 721 - can I expect a sufficient bonding to occur to withstand 80 pounds of pressure?
Or should I just go flip burgers at McDonalds?