ARNITE PETP by Omnia Plastica is a natural colored, semi-crystalline, physiologically inert polyethylene terephthalate (PET) grade. Possesses good toughness, good compressive strength even at low... view more

Akulon® PA6 by Omnia Plastica is a natural colored, high viscosity, hygroscopic, self-lubricating, semi-crystalline, fatigue proof, general purpose polyamide 6 (PA 6, Nylon 6) grade. Possesses good... view more

Akulon® PA6GF30 by Omnia Plastica is a black colored polyamide 6 (PA 6, Nylon 6) grade reinforced with 30% glass fiber and graphite. Exhibits excellent mechanical properties, high compression... view more

Akulon® PA6MG by Omnia Plastica is a self-lubricating, semi-crystalline, polyamide 6 (PA 6, Nylon 6) grade derived from Akulon 6 and modified by the addition of colorants and additives. Possesses... view more

Omniacetal POM C is a crystalline, natural and black colored polyoxymethylene (POM) grade. Is physiologically inert, provides good dimensional stability, compressive strength, low friction... view more

Omniamid PA6 G by Omnia Plastica is an amorphous, natural colored polyamide 6 cast grade produced by polymerization of the caprolactam directly in the mold. Provides stiffness, brittleness and toughness... view more

Omniamid PA6 G HS is an amorphous, heat stabilized, black or blue colored polyamide 6 grade. Is self-lubricating, has low coefficient of friction, machinable, provides good tensile stress... view more

Omniamid PA6 G WLF is an amorphous, red colored, solid lubricated polyamide 6 cast grade. Is self-lubricating, has low coefficient of friction, good tensile stress, compressive strength and is... view more

Omniamid PA6 G HR is an amorphous, black colored polyamide 6 reinforced with graphite and a special lubricator. Is machinable, has low coefficient of friction, self lubricating, provides good... view more

Omniamid PA6G MoS2 is an amorphous, grey colored polyamide 6 reinforced with molybdenum disulfide (MoS2). Is self-lubricating, has low coefficient of friction, machinable, good tensile stress... view more