Rubbing roller is used for LCD rubbing machine, forming uniform patterns on polyimide-coated glass. DACC has succeed developing the rubbing roller by means of carbon composite tube and metal coating method. The rubbing roller meets all the hard requirements of LCD equipment ; ultra-high stiffness, micro-level tolerance and surface conditions of

Composite SCBA cylinders, which are wrapped in carbon fiber offer the ultmate in weight savings and represent true space age technology for firefighters and many other life saving applications. DACC composite cylinders are highly resistant to extreme impacts and temperatures, and are also lightweight. All cylinders begin with precision aluminum

Possible approaches to hydrogen storage indlude compression, chemical storage, metal hydrides and adsorption. Although each storage method has desirable attributes, no approach currently satisfies all the size, efficiency, weight, cost, durability and safety requirements for use in transportation. Research continues in these areas, with progress

Advanced Trainer-Composite Wing - Material : Carbon, Honeycomb Core - Fabrication : Autoclave Process, Co-Cure Process Unmanned Vehicle-Composite Fuselage - Material : Carbon, Epoxy - Fabrication : Autoclave Process Unmanned Helicopter-Composite Blade - Material : Carbon, Glass, Honeycomb Core - Fabrication : Autoclave

A sabot is the package that carries the kinetic energy subprojectile while in the bore of the gun. Since the sabot mass is parasitic, any reduction in sabot mass increases velocity of the projectile, which increases both the range and the lethality of the round. High performance composite sabot is the solution for this reduction of sabot

It has developed various composite defense products with Korean Army ; the next generation infantry fighting vehicle(NIFV), the next generation battle tank and so on. IT has developed the lightweight Composite Hulls for the next generation infantry fighting vehicle(NIFV) program of Korean Army. The development activities include design,

The composite launching tube developed to contain a guided anti-ship missile have many advantages in EMI sheild, accuracy in dimension and manufacturing stability compared to metal one. Especially the materials used were selected considering salt, moisture in air and ultraviolet wave exposed directly to the launching tube. The largest,

qWork package : Phenom100 Empennage qEmpennage family   - AILERON   - Horizontal   - Vertical   - Dorsal fin   - Pressure Bulkhead assy.   - Tail Cone assy. qComposite structure   - Total 144EA   - RIB 44EA / SHIM 12EA   - SHAPE 21EA

External fuel tank(EFT) having 52 gallon capacity was proved to have high resistances for the extreme environmental condition and lightning strike damage. A glass fiber reinforced body represents the unique ballistic performance and light weight compared to the conventional EFT.     Performance - 52 Gallon Capacity -

It have been experienced in the development of the aerospace composite structures in the full scope of activities ; design, analysis, manufacturing, qualification test. More than 150 composite items developed by DACC are applied to the Korean Basic Trainer, KT-1.     Flight Control System(FCS) is composed of several load

Objective : Develop a reliable Smart UAV System                  capable of high speed cruise,                   Vertical Take-off/landing applying smart

PROJECT : B767 FTE Composite Panel(VAC) ·Type : Composite laminate & Sandwich structure ·Part : 182T7103-123  ·Material : Glass/Epoxy Fabric,  KEVLAR/Epoxy Fabric, TAPE, GRAPHITE,                 Glass/Epoxy prepreg with AL coated

 It has been producing the Next generation aircraft, B787 FTE Composite Panel which is the most advanced aircraft and has the characteristic of manufacturing time reduction and weight reduction manufactured by carbon and fiberglass material instead of existing metal one. · PROJECT : B787 FTE Composite Panel · Type :

dacc21.com Development History - The development of carbon clutch system of HUNDAI's TUSCANI : ~'03.5 - Dynamo-test of Clutch system :

  Development History - F-16 BLCOK 32 AIRCRAFT BRAKE - 1998. 2 : Certification Approval of Military Use (MND) - Delivered serial production to

C-SiC materials and components were first successfully used in aerospace and satellite technology. Further development by this materials and process has opened up the use of the materials for filter cartridge of diesel-fueled vehicles, creating new opportunities for massive applications in automotive fields. New C-SiC processes and products are

Graphite vs, C-C Composite Our C-C composites possess all of the classical properties of graphite, but with lower density, superior mechanical properties, and longer operational

Our high purity, high thermal conductivity, and high erosion resistant carbon fiber reinforced carbon (CFC) composites, developed as an extension of carbon-carbon brakes technology, has opened new markets for us in high?tech industries such as semiconductor manufacturing and fusion

Development History - Domestic high quality expensive