Environmentally approved epoxy
lined pipes
Pipe lining is a proven technology. Epoxy coating has been applied to municipal water supply infrastructure since the early 1970’s and to small diameter potable hot water piping for more than 30 years.
RIKOS has been applying it for 20 years. You can trust this proven technology and our application experience. RIKOS will deliver a better-engineered hot water system and a uniform, exceptionally durable coating that is safe and three to four times harder than copper.
By implementing the RIKOS solution, your pipes are no longer vulnerable to pinhole leaks because our epoxy lining process removes the possibility of erosion.
The Rikos solution also eliminates your water flow restrictions and removes the possibility of corrosive particles in your water. Your water now flows through and environmentally approved epoxy lined pipe which will never leak or erode.
Step1.
Dry and heat pipes with pressurized air.
Step 2.
The pipe is cleaned with heated pressurized air and various pneumatic processes, removing any contaminates in the pipe, leaving a smooth surface ready for epoxy application.
Step 3.
A liquid Epoxy is then pushed through the pipe with heat and pressurized air. This results in a smooth coat of epoxy, filling the pinholes and protecting the pipes from corrosion and erosion.
| Considerations |  |
|---|---|
| Return on investment | Excellent. Pipe become maintenance free. Twenty-five year warranty underscores the value of the Rikos solution. |
| Installation | Quick, clean, non-destructive and minimally disruption to residents. Experienced, polite and professional crews. |
| Maintenance | Maintenance free |
| Erosion | Coating is extremely hard and durable. Prevents erosion. |
| Resident Disruption | Very low. Residents often comment on how clean and non-invasive our process is. |
| Property Damage | None |
| Water Quality | Independent, engineer-requested, water tests have consistently shown the water quality to be better after lining. |
| Results | Long-term. Numerous independent durability
studies suggest a life cycle in excess of forty years. |