Cosmoplast manufactures polyethylene pipes to international standards such as BS, ASTM, DIN and ISO as well as to specific customer requirements for individual applications. Within the Gulf region, the most common standards specified for polyethylene pipes are DIN 8074 and ISO 4427 for potable water applications and ISO 4437 for gas applications. Cosmoplast polyethylene products range include low density and high density polyethylene pipes for irrigation applications in diameters starting  from  15mm  and  high  and  medium density polyethylene pipes

Cosmoplast polyethylene  products  range include low density and high density  polyethylene  pipes for  irrigation  applications  in  diameters   starting from   15mm    and   high  and    medium  density polyethylene   pipes    for   pressure   applications including   potable   water  and  gas   applications. These   sizes   can    range    from  20mm  up  to 1,200mm.   Cosmoplast  also manufactures inline drip  pipe  which    uses  high  precision  pressure compensation drippers inserted at regular intervals set according to customer requirements.

Depending  on  the diameter of the pipe, Cosmoplast supplies pipe in both coils and straight lengths. Generally small  diameters  are  coiled  and  large  diameters  (>160mm OD) are in straight lengths.  Cosmoplast obtains  its high   quality  PE  raw  materials  from  the  major multinational supply companies whose expertise in devel oping and pushing back the frontiers of polymer material technology is second to mine.

The wide variety of materials such as PE 100, PE 80, low density and linear low-density material grades that Cosmoplast use  has  varied MRS (Minimum Required Strength) values.  For  example, PE 100  material has MRS value of up to 10 Mpa. Such a  rating represents the material science capability within   the   PE sector and  Cosmoplast    ensures   that   it   brings   to   the customer the very   best    materials  available  in  the market today. Both   excellent   weathering  ability and resistance   to  Ultra-Violet (UV) light (sunlight) can be obtained by utilizing the correct material configurations available in the market.