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Providing Fine Copper Guttering & Flashing Solutions

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This Just In!
We now install "Copper Penny" & "Antiqued Copper" Aluminum half round and K style gutter.
If you want the look of copper at a fraction of the price we are here to help, Call us today!
At Copperworx we believe in doing things the right way.When I am going over details with a prospective client without fail they will ask me "Do you solder your gutter joints?" That question is best answered with another question: "Why would you use a 2 year caulk on a 60-80 year gutter?" If your contractor used caulk you will be up on a ladder (his warranty has expired) re caulking every couple of years, I have seen this many times.As the temperature rises and falls outside the temperature of you gutter heats and cool as well, and when the gutter heats it expands, when it cools it shrinks, this see saw action will break a caulk joint in a fairly short time.

Soldering has been done for well over 100 years and has withstood the test of time.

Insist on copper gutter joints being soldered EVERY time.


Take a look at this video, the gutter looks good when finished, but the homeowner’s initial smile will turn upside down shortly.

Here is another awsome feature of copper!

Deadly pathogen survives on stainless steel, but not on copper

NEW YORK - Scientists at the University of Southampton in the U.K. have found that Methicillin-resistant Staphylococcus aureus (MRSA) cannot survive on pure copper surfaces for more than 45 minutes. MRSA is an infectious bacterium that responds to only the strongest antibiotics and is a cause of often-fatal hospital infections in both the U.K. and the United States. The study, published in the July 2006 issue of the Journal of Hospital Infection, assesses the ability of copper and brass to eradicate strains of MRSA compared with that of stainless steel, which is commonly used for work and touch surfaces in healthcare facilities.

The U.S. Centers for Disease Control and Prevention (CDC) estimates that infections acquired in U.S. hospitals affect 2 million individuals every year, resulting in nearly 100,000 deaths annually and costing $5 billion. MRSA is an increasingly common source of hospital-acquired infection.

The Southampton study compared survival rates of three strains of MRSA on pure copper, brass and stainless steel. Tests were conducted at room temperature (22 degrees C, 71.6 degrees F) and refrigeration temperature (4 degrees C, 39.2 degrees F).

On pure copper MRSA, epidemic EMRSA-1 and EMRSA-16 were completely killed after 45, 60 and 90 minutes, respectively, at room temperature (see figure). On brass, which is 80 percent copper, all three strains were drastically reduced in three hours, and MRSA and EMRSA-1 were dead in 4.5 hours. The bacteria on the stainless steel surface remained viable after 3 days at room temperature.

Viability of Staphylococcus Strains on different metals at room temperatureHigh-resolution version of this photo.

At refrigeration temperature, the three strains placed on the copper were dead within six hours. On the brass, the first two strains were drastically reduced in six hours. The stainless steel had no effect on the bacteria.

According to Dr. C.W. Keevil, of the Environmental Healthcare Unit at the University of Southampton and lead author of the study, "Results for brass are significant with regard to reduction of the bacteria, although not quite to the extent as those for pure copper. It is clear, however, that the current use of stainless steel for hospital touch surfaces is not recommended."

One of the primary methods of MRSA transmission is by healthcare workers who may go from one patient to another without washing their hands. The CDC has stated that hand hygiene is the single most effective strategy for preventing contamination.

Dr. Harold Michels, a co-author of the study, observes that hand washing and regular disinfection regimens are not always adhered to and that common touch surfaces, such as door handles, push plates, IV poles, bed trays, equipment controls and the like, will remain reservoirs for contamination, unless the surfaces themselves are made to be antimicrobial. He said even routine disinfection leaves the potential for cross-contamination to occur during the period between disinfections; whereas, copper alloys are always at work.

The studies were sponsored by the Copper Development Association in the USA and by the International Copper Association in the U.K. Dr. Michels of the CDA notes that the association recently concluded independent laboratory testing of five copper alloys on five different pathogens, including MRSA. These laboratory results have been presented to the U.S. Environmental Protection Agency as part of the process to obtain registration for public health claims under the Federal Insecticide, Fungicide and Rodenticide Act (FIFRA).