Durapipe

DURAPIPE (STRUCTURED WALL HDPE PIPE)

Durapipe (Structured Wall HDPE Pipe) is encased in a high-density, heat-treated polyethylene structural wall pipe which adopts the hot roll forming process and uses a single-wall Polypropylene (PP) corrugated pipe as its main support structure making it highly resistant to external pressures. Durapipe can be subdivided and classified into PR, OP, and CPR profile configurations.

Advantages:
► 100-year Design Life - Durapipe (Structured Wall HDPE Pipe) is designed to last 100 years. The pipes are chemically inert. They do not break or react even with exposure to acids and bases, reducing

► Superior Hydraulics - The inside diameter and hydraulic properties of Durapipe (Structured Wall HDPE Pipe) will remain constant regardless of the wall thickness of profiles due to the smooth, non-stick inner surface of the pipe. The nominal diameter (e.g DN/ ID 500) corresponds to the corresponding diameter. Compared with other pipe materials such as concrete, smaller diameters can be used, meaning the material and installation costs can be greatly reduced.

► 100% Leak-tight Connection- Durapipe (Structured Wall HDPE Pipe) ends are connected via the electrofusion method. This method enables the welded ends of the pipes to form a monolithic homogenous and air-tight bond thus making the pipeline leak-free and unaffected by neither system infiltration nor exfiltration

► Long Lengths = Less Joints - We offer the largest locally produced pipe in the market, up to 6 meters in effective length. Can cater to all types of project requirements. the length of our pipes is bigger than the traditionally used concrete pipes. The length of our pipes brings more advantages to contractors and project managers since long length means fewer joints and faster installation time. Not only that, longer pipe lengths save us from health and safety problems and therefore, costs.

►Resistant to Micro-organisms, Rodents, and Termites - The smooth round surface of plastic pipes does not give the teeth of rodents sufficient hold to cause damage.  Moreover, even in termite-affected countries, no damage to polyethylene pipelines by termites has ever been documented. Polyethylene and Polypropylene are not a nutrient mediums for bacteria, fungi, and spores so the material is resistant to all forms of microbial attacks as well as to both sulfurous acid and sulfates.