Insulation and sheet materials, decorative frames and panels, and disposable crystal products of the polystyrene group known as antishock (HIPS) are produced by both injection and extrusion processings. Our compounds are specially formulated according to the needs of the industry by adding antigas and flame retardant properties as well as mineral filling.

Low density LDPE - LDPE, linear low density LLDPE, High Density HDPE - HDPE, as well as compounds created with the desired filling, flame retardancy and glass fiber of the Polyethylene group, special compounds can be prepared by adding features such as UV, slip, antistatic and antifog.  ;

In addition to the compounds we prepare with mineral fillers or glass fiber additives that increase density and silence, flame retardant and moisture absorbing properties can also be added to the PPH Homopolymer, PPC Copolymer, PPRC Random Copolymer product groups as polypropylene.

Flame retardant compounds that can be developed in two different groups: Halogenated and Halogen-free (HFFR),

Depending on the level of the desired product, it can be prepared in vertical burning V0, V1, V2 and horizontal burning HB degrees according to the UL94 test. 

Widely used mineral filled plastics are unique in increasing density and hardness as well as reducing costs in raw materials and energy. Calcium carbonate (CaCO₃), barium sulfate (BaSO₄) and talc filled compounds are among our product groups.

Fiber reinforced polymers are used in products that require high mechanical values, especially high hardness, impact resistance and strength. Fiber reinforced compounds added at rates between 10% and 40% are the primary choice in injection printing applications where rigidity is required. 

.

​

Fiber reinforced polymers are used in products that require high mechanical values, especially high hardness, impact resistance and strength. Fiber reinforced compounds added at rates between 10% and 40% are the primary choice in injection printing applications where rigidity is required. 

Fiber reinforced polymers are used in products that require high mechanical values, especially high hardness, impact resistance and strength. Fiber reinforced compounds added at rates between 10% and 40% are the primary choice in injection printing applications where rigidity is required.