The camera would help with this idea. One of the cons of rock salt and copper sulfate is it doesn't reach the top of the pipes. I'm wondering if you could push a sewer bladder past the root and use that to block the pipe then add rock salt?
Please answer my question. I'm scare to use root killing chemicals because I feel by killing the roots in the pipes, doesn't that now open the cracks expose from where the roots penetrated from? Leading to the water now leaking outside the pipes and soil coming into the pipes? Please help.
Our cleanout is at the street curb so the distance is about 20 feet to the connection of the city main, with 4 inch pvc sleeve they slipped in. Would a half pound work for this short distance?
I wish I would have watched your video before I had roto rooter come out. Could have saved me a lot of dough re mi. Cost $1350 to have the pipes jet washed with camera. Was only there for 1.5 hrs. He did get them cleaned but only recommendation was to have the pipe torn up, underneath the garage, and install a liner to the tune of $13000. He got me the first time, but not the 2nd time. Gonna try the RootX and see if we can keep them clean. I like the idea of foaming to help attack the whole pipe. Makes sense. I'll invest in the camera and rent a machine with multiple heads on it to clean it myself next time. thanks for the video. Am anxious to see how you make out with maintaining the pipe.
@@zyxwutubeurlwxyz agree 100%. Bandaid talk is fear tactic for suckers who are afraid to solve problems and make educated decisions on their own. Descions that are best for their family and well being....not the plumbers family.
Wait so is it necessary for you to jet or auger your pipes out if they're filled with roots before applying something like this? Or can you just dump it in and let it kill the roots that are in your leach lines
Well my leech lines aren't completely blocked as they still work my whole system is still working fine (I'm on septic). I can just literally see palm tree roots in my leech lines when I unscrew the lids so I wanted to take care of them before they're out of control
I have roots 37 feet down stream from my clean out. It's 4" pipe. Would the 50' (2lb) reach that far or would it just go 25' in each direction? I'm guessing it would reach since it's down hill... but would be nice to know for sure.
@@101perspective yes and no. Need to reference the chart for pipe size and length recommendations as it coats the pipe and dissipates over time, so you it loses some on way down the pipe. So it won't go forever...make sense?
@@thebumpchannel Yeah, it's 4" pipe and the chart says 50' at 2lb application. And it is 37' from the clean out where I would drop it in. I was just making sure the 50' starts where you drop it in and goes down hill---or does the stuff go up hill as well and thus 50' wouldn't reach 37' down hill. Sounds like you were saying that it probably would reach since it goes down hill mainly. Or at least I think that is what you were saying.
I just finished cleaning my line about an hour ago, not sure if it was a root system in there or not, but I ordered some ROOTX, arriving tomorrow. Is that too long to wait before adding it, past that window of root removal to root self-repair?
I just bought this chemical I have a mix of cast iron and clay pipes I seen mixed reviews some people recommend using it and some people don’t in honestly in a mix
Basically the efficacy is decreased due to below.... Per ChatGPT Yes, when the roots of a plant are cut or damaged, they can initiate the formation of a protective barrier. This protective response is known as the wound response or wound-healing process. When roots are cut, the plant undergoes a series of physiological and biochemical changes to minimize damage and prevent the entry of pathogens or diseases. Here are some key aspects of the protective barrier formation: Suberization: The first step in the wound-healing process is the production of suberin, a waxy substance that forms a protective layer around the damaged cells. Suberin helps in preventing water loss and acts as a physical barrier against pathogens. Callus formation: In response to root damage, the plant generates a mass of undifferentiated cells called callus. Callus formation helps in closing the wound and initiating tissue regeneration. Lignification: As the wound-healing process progresses, lignin, a complex polymer, is deposited in the cell walls of the damaged tissue. Lignification strengthens the cell walls, making them more resistant to decay and penetration by pathogens. Induced resistance: When roots are cut, plants often activate their defense mechanisms, including the production of various chemical compounds such as phytoalexins and pathogenesis-related (PR) proteins. These compounds help the plant fight against potential pathogens and enhance its overall resistance. It's important to note that the effectiveness and speed of the wound-healing process can vary depending on the plant species, the severity of the damage, and the environmental conditions.
Once the root mass is cut out or water jetted out by your drain cleaning company , the left over root tips seal over to try to repair themselves. You have to wait for them to heal so they will drink up the root x solution.
The RootX formula is non-caustic, non-fumigating and non-systemic. It is classified as a General Use product by the Environmental Protection Agency and is registered for use in all 50 states (EPA registration #68464-1). In addition, RootX carries the signal word CAUTION, the lowest chemical hazard rating according to the ISO 3864-2 standard for hazard severity panels.
