TURKISH DEFENCE INDUSTRY PRODUCT CATALOGUE

544 MAINTENANCE, REPAIR and MATERIAL C arbon fibre is an extremely strong, stiff and lightweight material, superior in strength to conventional metal materials. It is technically known as a fiber containing at least 95% carbon atoms bonded together. It consists of very thin strands of carbon, even thinner than human hair. The strands can be twisted together, like yarn. The yarns can be woven together like cloth, which is used to make composite parts.  CARBON FIBRE C losed System Gear Oil Series is a high-quality oil blended with paraffinic base oils and special package additive. Due to its wide application area, it provides the use of less oil types. It is blended to meet the AGMA 9005-D-94, US STEEL 224 performances level. CLOSED SYSTEM GEAR OILS SERIES W ith its experience and infrastructure, VOLO produces composite structures used in many areas in defence, space and aviation industries. In the area of defence, the capabilities include the production of weapon systems and parts, optical systems and sub-assemblies, rocket fuselage and substructures, antenna and radome. In space, the company is capable of manufacturing satellite structural parts, dimensionally structural parts and sandwich panels. The capabilities in aviation include the production of radomes, control surfaces, structural composite parts, aviation transparencies and air ducts.  COMPOSITE STRUCTURES O riginal design and manufacture of metal foams and honeycomb structures with regular and open porosity geometries that have energy absorption and heat transmission properties, for various applications requiring both strength and lightness. Products can be produced varying pore sizes (10 PPI-20 PPI), varying porosity rates (80% - 95%), low density (aluminum ally: 0.07-0.5g / cm³; copper/ brass alloy: ≈1.8g / cm³). Aluminium alloy metal foams and aluminium and copper alloy honeycomb structures in regular and open porosity geometries. DESIGN AND PRODUCTION OF OPEN POROUS AND LIGHT METAL FOAM AND HONEYCOMB

RkJQdWJsaXNoZXIy NDQzMjM=