Sanafoam Vaporooter II

Sanafoam Vaporooter II is a widely used herbicide combination which combats mainline sewage blockages caused by live root invasions and retards the growth of new roots. The Vaporooter treats the blockage and overflow problem and prevents future problems.

The product which is introduced into the pipe fixes the blockages by softening and killing the intruding tree roots. The tree roots die right away and within six months they decay and flow down the drain. Retreatment of the pipes increases the efficacy of the product and inhibits the root growth.

This method of of treating blockages is time-efficient as only one worker is required to treat 25 branch lines per day. Also, preventing blockages from happening is a way to save time and money, as this ensures emergency interventions and pipe replacements are rare.

Because Vaporooter prolongs the life of the sewage assets by eliminating the live roots inside them, less money is spent to ensure good functioning of the sewage system. Even the rigid pipes made of concrete or clay, whose joints are usually an easy prey for root invasions, are protected by Vaporooter. By destroying the root cells inside the pipe walls, the product allows the cracks to close under the ground’s pressure.

While having an aggressive approach inside the pipe, the Vaporooter does not affect nearby vegetation. Being biodegradable and non-acidic, the herbicide is also used in fruit and vegetable crops.

The widespread use of Vaporooter by authorities throughout the world confirms its many advantages. Scientific research led in North America supports the affirmation that Vaporooter is the most efficient way of tackling the sewage pipe root invasion.

Q&A about Sanafoam Vaporooter II

1. How does Sanafoam Vaporooter II work?

Sanafoam Vaporooter II is a foaming mixture of herbicides which prevents drain line stoppages that occur due to tree root penetration of pipes. This technology tackles the problems caused by live root infestation by attacking the roots inside the pipe.

The foam containing a combination of Metham Sodium (herbicide) and Dichlobenil (growth inhibiting agent) is introduced into the sewage pipe, so that it can have direct contact with the intrusive roots. The treatment softens and kills the live roots, leaving them to naturally disintegrate within six months.

If the pipe blockage is in a very advanced stage and requires cutting the roots, it is advisable to wait for a period of at least six weeks between the cutting and the Vaporooter treatment, so that roots have time to regrow. If the Vaporooter is applied according to instructions, its root growth inhibitor effect is valid for up to three years.

2. How can tree roots destroy pipes?

The root cells, which can be microscopic in their first stages of development, look for warmth and humidity so that they can mature. In their search, they discover drain lines, which they can penetrate through extremely small openings and this allows them to gradually grow inside the pipes.

As the roots mature inside the pipes, they create blockages. One of the least efficient methods of unblocking the pipes is cutting down the roots; this actually leads to a more forceful regrowth of the roots.

3. How can Sanafoam Vaporooter II help save time and money?

Sanafoam Vaporooter II eradicates the roots, while also inhibiting their future growth. Because Vaporooter both fixes and prevents, the costs and time spent to unblock the drain lines, make sure the live roots do not grow again and even to replace the lines, are considerably reduced.

4. Is Sanafoam Vaporooter II environment friendly?

The Sanafoam Vaporooter II technology does not affect trees and plants surrounding the sewer pipe – only the roots inside or in the very near vicinity of the pipe. The trees and shrubs above the pipe, for example, are not damaged by the treatment.

Plus, the low level of toxicity, as well as the non-acidic and the biodegradable features of the Sanafoam Vaporooter II make it environment friendly. Being registered with APVMA is proof of the non-toxicity of the products, as this body evaluates the effect of chemicals on the environment.