Products

Microcene MC182 is a new ‘Tank Grade’ polymer from Micropol based on Metallocene technology. A second generation, metallocene medium density polyethylene, with Hexene as co-monomer, suitable for rotational molded items requiring superior mechanical properties. Outstanding process and product benefits result from using polymers of narrow molecular weight distribution and low viscosity at zero shear rates.

Microcene MC181 is a second generation, metallocene medium density polyethylene, with Hexene as co-monomer, suitable for rotational molded items requiring superior mechanical properties. Outstanding process and product benefits result from using polymers of narrow molecular weight distribution and low viscosity at zero shear rates.

Micropol L20 is a rotational molding powder based on a conventional polyethylene formulation designed to produce moldings with a high gloss finish and outstanding toughness. This material has been established for many years as an outstanding low density polyethylene powder for Rotational Molding.

Micropol L7 is a rotational molding powder based on a conventional polyethylene formulation designed to produce moldings with a high gloss finish and outstanding toughness. This material has been established for many years as an outstanding low density polyethylene powder for Rotational Molding.

Microlin ML54 is a rotational molding powder based on a specially developed easy flow linear polyethylene formulation designed to produce moldings of good rigidity combined with excellent impact resistance & environmental stress crack resistance.

Microlin ML73 is a new generation easy flow hexane linear rotational molding powder base designed to produce moldings of good rigidity combined with high impact strength at low temperatures. Also featured is excellent environmental stress crack resistance.

Microlin XL28/XUV/FR is a chemically crosslinkable, Flame Retardant Polyethylene, which allows production on conventional rotational molding equipment, of finished products with much improved performance properties. Properties enhanced include toughness (particularly low-temperature impact performance), environmental stress crack resistance, and chemical and temperature resistance.