Loading Capacity (kg) 250~300 500~600 Liquid Quantity (liters) 1,500~2,100 3,000~4,200 Electric Power (kW) 26.9 44.1 Installed width (mm) 2,300 3,500 Length (mm) 9,000 9,000 Height (mm) 1,920(3,100) 1,920(3,100) Max. operating temperature 140 Heating rate (Saturate Steam 0.7 Approx. 20min (from20 to140) Cooling rate (Cooling Water 0.1 15) Approx. 15min (fom140 to 80)
Loading Capacity (mm) 2,000 2,000 Liquid (mm) 1,100 1,100 Electric Power (kW) 13 13 Installed width (mm) 3,730 3,730 Length (mm) 2,400 2,400 Height (mm) 2,600 2,600 Max. operating temperature 98, Heating rate (Saturate Steam 0.7) Approx. 20min (from20 to 98)
Loading Capacity (kg) 200 400 Liquid (liter) 1,800~2,200 4,500~5,500 Electric Power (kW) 7.5 15 Installed width (mm) 5,000 5,100 Length (mm) 2,000 2,900 Height (mm) 2,500 3,400 Max. operating temperature 140 Heating rate (Saturate Steam 0.7) Approx. 20min (from20 to 110) Cooling rate (Cooling Water 0.1, 15) Approx. 30min (from110 to 80)
Loading Capacity (kg) 200 Electric Power (kW) 42.5 Installed width (mm) 3,000 Length (mm) 9,500 Heigth (mm) 3,500 Max. operating temperature 120 Heating rate (LNG) Approx. 20min (from20 to120) Cooling rate (Cooling Water 0.1, 15) Approx. 20min (fom120 to 80)
Loading Capacity (kg) 150~200 300~400 500~600 Liquid (Liters) 1,200 2,400 3,500 Electric Power (kW) 10(14) 19(26) 23(26) Installed width (mm) 2,000 3,100 3,100 Length (mm) 5,300 5,300 5,900 Height (mm) 3,700 3,700 3,700 Max. operating temperature 98 Heating rate (Saturate Steam 0.7) Approx. 15min (from20 to110) Cooling rate (Cooling Water 0.1, 15) Approx. 20min (fom110 to 80)
Cloth length (m) 5 Liquid Volume (liters) 600 Electric Power (kW) 10 Installed width (mm) 3,200 Length (mm) 2,025 Height (mm) 1,850 Roller Width (mm) 2,000
Loading Capacity (kg) 100~200 200~400 300~600 Liquid Quantity (liters) 1,000~1,400 2,000~2,800 3,000~4,200 Electric Power (kW) 19.5 36.4 53.6 Installed width (mm) 2,000 3,000 4,000 Length (mm) 10,700 10,700 10,700 Height (mm) 1,600(3,000) 1,600(3,000) 1,600(3,000) Max. operating temperature 140 Heating rate (Saturate Steam 0.7,) Approx. 20min (from20 to140) Cooling rate (Cooling Water 0.1,, 15) Approx. 15min (fom140 to 80)
Loading Capacity (mm) 1,800 1,800 Liquid (mm) 900 1,100 Electric Power (kW) 13 13 Installed width (mm) 6,200 6,200 Length (mm) 2,670 2,670 Height (mm) 2,670 2,670 Max. operating temperature 140 Heating rate (Saturate Steam 0.7) Approx. 20min (from20 to140) Cooling rate (Cooling Water 0.1 15) Approx. 15min (fom140 to 80)
Cloth length (kg) 17 Liquid Volume (liters) 1,300 Electric Power (kW) 2.2 Installed width (mm) 3,200 Length (mm) 2,350 Height (mm) 1,850 Roller Width (mm) 2,000
Loading Capacity (kg) 5 50 100 Liquid (liters) 05 150 300 Electric Power (kW) 2.5 6 12 Installed width (mm) 1,600 2,300 2,500 Length (mm) 2,000 2,800 3,300 Height (mm) 2,200 2,400 2,400 Max. operating temperature 140 Heating rate (Saturate Steam 0.7) Approx. 20min (from20 to140) Cooling rate (Cooling Water 0.1, 15) Approx. 15min (fom140 to 80)
Loading Capacity (kg) 70~200 140~400 210~600 Liquid Quantity (liters) 1,000~1,200 2,000~2,400 3,000~3,600 Electric Power (kW) 18.6 36.2 53.4 Installed width (mm) 1,650 2,550 3,550 Length (mm) 11,000 11,000 11,000 Height (mm) 1,600(3,600) 1,600(3,600) 1,600(3,600) Max. operating temperature 140 Heating rate (Saturate Steam 0.7,) Approx. 20min (from20 to140) Cooling rate (Cooling Water 0.1,, 15) Approx. 15min (fom140 to 80)
Concrete block molding machine - Used for industrial purposes.
Easier to use tool Safer to use (no spark) tool Blade design efficient for straight, curve, and round cutting Patent No. 10-0917125 Design Registration No. 30-0491747
When cutting a CD double-pipe (conduit), this tool can be cut only for external conduit without damaging the internal wires and the sheath.
Batch Sputter: A system suitable for research and development as various thin film deposition is possible
Cluster System: 1. OLED Panel and material development system 2. High-efficiency/high-life panel manufacturing system through evaporation/encapsulation process in the ultra-high vacuum area 3. Application of cleaning and out-gassing removal methods to secure high-efficiency/high-life
Inline System: 1.A system with excellent productivity as an inline type in which the deposition process is performed while the substrate moves. 2. Optimized for OLED lighting panel production
R&D System 1. Suitable system for OLED Panel R&D 2. Organic and inorganic deposition and encapsulation process at an efficient investment cost
Differentiated technology is required for qualitative and quantitative measuring analysis of hydrogen using vacuum technology at cutting edge process site including steel metal materials. It is appropriate for small samples under 20 mm 20 mm 3 mm, and it is possible to analyze under the environment such as high temperature range about 1,400 â?? and extreme ultrahigh vacuum less than 5 �? 10-10 mbar.
Outside of that, the TDS device manufacture for special purpose, it provides qualitative and quantitative analysis test report according to the analysis request from external institutions. - Complex TDS - SRM in distance, sample in large chamber TDS - Varied sample features, user specified TDS in demand
