CTP combines its experienced human resources with its wide and powerful mechanical park which has parallel controlled axed hydraulic presses, capacities ranging from 120 to 1320 tons. In these presses, either small and accurate parts of electric and lighting industries or big, wide and deep parts of automotive and agricultural industries can be produced and offered to the assembly lines of the customers as original equipments.

     CTP has the capability of producing with compression, injection and transfer methods. Parallel to the increasing usage of thermosets in domestic and international markets, CTP makes valuable investments to increase its production capacity. The importance given to the small and accurate presses is also balanced with the purchasing of huge presses which are specially designed and produced for CTP according to its needs.

 

     The primary aim of CTP is to offer the highest quality in the shortest time and the right way to its customers, recognizing their expectations at the top level, with using computer aided procurements. By paying enough attention to the educations of its experienced workers, CTP has high standards of security and neatness in its facilities, certified with certain organizations recently.

     SMC and BMC have excellent mechanical, chemical, thermal and electrical characteristics within a wide range of temperatures. Yet other advantages of SMC and BMC are; they are hardly flammable, dimensionally stable, varnishable and permeable to radio waves. SMC and BMC manufacturing technology have wide variety of applications in the automotive industry, electrical switchgear, industrial lighting, domestic appliance, construction and other sectors as well.

     Covering the majority of its business activities, SMC and BMC is very important for CTP. SMC has certain advantages to the parts which composed of fiberglass produced with the method called hand lay-up which are used in several industrial branches for years in Turkey and the rest of the world. In SMC parts the mechanical and chemical characteristics can be controlled with the help of automation within a small tolerance range.