Quit Smoking Crack

Jeb Corliss ” Grinding The Crack”

How do you react when someone tells you “You’re on crack”..?

I start wondering how they know and if THEY were the ones whole stole my stash

I would ask, “How did you know”

Drug Addiction : How to Tell if a Person is Using Cocaine

i am addicted to crack cocain any suggestions on how to quit without being brainwashed in the 12-step program?

i have tried the program several times in the past and all it does is make me crave the drug and alcohol
i would be willing to try a program… it’s been so long since ive wanted to quit, where do i start… I NEED TO DO THIS I JUST FOUND OUT I AM PREGNANT!

BRAINWASHED????

what a load of crap!
the people at those meetings are just like you,…they fight the demon every day & alot of them win by doing what is suggested in the meetings.

personally, it seems that you have a closed mind & therefore will not succeed in 12 step recovery. without an open mind-your attempts to be free of drugs will fail!

if you dont like what you hear in a particular meeting, you can;
1. go to a different meeting
2. avoid meetings
3. dig deep inside yourself, figure out what is pissing you off, & get brutally honest with yourself

the last time i heard somebody say what you said—they wanted to get free of coke but still drink (their rationalization was that booze is not a drug). switching drugs is like swapping deck chairs on the titanic—bottom line is THE SHIP IS STILL GOING TO SINK!!!

i wish you well,…

btw,…i have 25 years clean, been there done that, know what denial really is!

How I Quit Crack

Basement Wall Crack Repair – Seal and Fill Foundation Voids With Epoxy Or Polyurethane Injection

When a homeowner thinks about waterproofing the basement, the immediate concern is the high cost that often comes with it. Typically, a basement wall crack is something that the homeowner will easily notice, but puts off addressing until it becomes a serious problem. Thankfully, a low cost and highly efficient solution exists for the repair of both leaking and structural cracks in poured foundations – low-pressure injection. This process has become the most practical concrete crack repair solution for basement waterproofing and foundation repair contractors throughout the United States and Canada. However, to a homeowner unfamiliar with crack injection, such a simple and effective process may sound too good to be true.

The idea behind crack injection is to inject a liquid polymer (typically a two-part polyurethane or epoxy) into the crack. This process allows the material to travel throughout the void in the foundation, effectively filling the crack upon curing. Prior to injection, the crack is covered with a sealer (the best being an epoxy adhesive) to ensure that the injected material does not leak out the front of the crack.

The crack injection process has given homeowners an affordable solution to a problem that has the potential to be quite lingering when not properly addressed. For example, in years past, the most common remedy for a leaking crack was to install an interior drain tile system or to excavate around the home – both requiring a significant amount of time and labor, resulting in high expenses to the homeowner. Crack injection not only is more cost effective, it is also an effective repair solution because it actually addresses the void areas that makes up the crack, unlike drain tile which only collects the leaking water while allowing the crack to remain open.

One of the most common questions has to do with the injection material – which is better suited for foundation crack repair? Both polyurethane and epoxy work well, but there are specific parameters in which one material would be preferred in place of the other.

Most cracks form as a result of shrinkage – typically, it is not a matter of if, but a matter of when a foundation crack will begin to leak water. When a crack does not appear to be structural related, I have always recommended polyurethane. As a result of contact with water, polyurethane has the ability to expand anywhere from six to 30 times its initial volume (expansion rate depends on the manufacturer and the type of polyurethane). The result of the expansion makes the injection process more user-friendly for the applicator – as the urethane expands, the foam is essentially filling any void areas inside the foundation. With epoxy, it generally takes significantly more material than urethane to repair the same crack because epoxy does not have the same expansion capability.

The use of epoxy is necessary for structural related cracks in the foundation. With the injection of epoxy, the repaired crack essentially becomes significantly stronger than the surrounding area – the added strength of epoxy becomes vital for such repairs. Pending the severity of the structural problem, additional reinforcement products may be necessary to ensure that further movement or settling does not create additional cracks around the repaired crack.

Before one commits to a foundation repair using crack injection, the applicator should consult with a credible supplier to ensure familiarity with appropriate curing times of materials and correct use of all components. For example, when purchasing a two-part component epoxy or polyurethane, its viscosity will determine which size mixing nozzle will best accommodate the injection of material. The capability of the materials reacting properly is critical – does the supplier guarantee that materials meet manufacturer specifications? A supplier (either a distributor or a manufacturer) should be openly available and honest to ensure that the contractor is best serving his customers.

Crack injection has been used by waterproofing and foundation repair professionals for more than 20 years. It has proved to be a highly efficient and low cost solution for homeowners, while providing contractors a viable business endeavor. Not all things in life are too good to be true.

For additional information on how Emecole’s waterproofing and indoor air quality solutions can work for you, call (800)-844-2713 or visit http://www.emecole.com.

About the Author

Louis F. Cole, the founder and president of Emecole, Inc. launched the company in 1987. Lou has Master degrees in organic chemistry, polymer engineering, and business administration.

His experience in epoxy and urethane technology began in 1964 when he joined Union Carbide’s Research & Development group. He has been involved in this technology since then.

Lou was very interested in concrete repair before starting Emecole. He set out to develop a more affordable, improved method of foundation repair. He came up with the concept of dual-cartridge dispensing of two-component materials, using a spring-assisted dispensing tool similar to a caulking gun.

The application that seemed to show the most promise for his dual-cartridge system was low-pressure injection repair of cracks in concrete. That gave him the impetus to develop a line of epoxies and polyurethane foams specifically formulated for those types of crack repairs.

He also has been granted 10 patents in the delivery and dispensing systems developed to effectively process these epoxies and urethanes.

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