Global Networks. R&D CENTER 76 GAJEONG-RO, YUSEONG-GU, DAEJEON, KOREA Tel FAX

Transcription

1 Global Networks Global Networks R&D CENTER R&D CENTER 76 GAJEONG-RO, YUSEONG-GU, DAEJEON, KOREA Tel FAX Overseas Sites Overseas Branch Offices HEAD OFFICE HANWHA BUILDING, 86 CHEONGGYECHEON-RO, JUNG-GU, SEOUL, KOREA Tel FAX

2 C NT & C NT A pplicati on

3 Business Structure / History 02 Is established in 1965, the first company in Korea to produce PVC, LDPE, LLDPE, and CA, developing high value added organic and inorganic chemical products for markets around the world. A truly global player in key future growth businesses such as solar energy and nanotechnology. Received the first Carbon Trust Standard certification within Korea s chemical industry in 2013, a globally recognized international carbon energy certification given to top companies. Business Structure The Highest Market Share in Korea The Exploration of New Growth Engines Chemical Business New Business + PVC / CA PO Solar Energy Biopharmaceuticals Nanotechnology History 2000'S 1990'S Apr ASR plant in Thailand completed Mar Company name changed to Aug Aug SolarfunPower Holdings acquired, renamed Oct PVC plant in Ningbo, China completed Apr Entered polysilicon business Sep Acquired shares of Crystal Solar Aug Acquired Q CELLS in Germany Feb Malaysia Sdn, Bhd. established ~ Diversify our business structure and continue to expand networks overseas Sep Oct Dec Jan Mar Jun Dec Korea Hwasung Plant (now & ) established Ulsan PVC Plant Completed Ulsan PE, VCM Plant Completed Korean operations of Dow Chemical acquired by Hanyang Chemical Acquisition of Han Yang Chemical Co., Dow Chemical Korea Ltd. and Han Yang Chemicals Holding Co Yeosu LLDPE Plant Completed Company name changed to Co., Ltd. and branched processing business branched out as Acquired 50% equity of Yeocheon NCC(Naphtha Cracking Center)

4 03 CNT & CNT App l i cati on CNT Business Characteristics / History CNT Business Characteristics Superior Physical Properties Outstanding in terms of mechanical properties, electrical conductivity, thermal conductivity and specific surface area. CNT and its applications soon to be commercialized The application possibilities of CNT are continuously increasing as the quality of CNT improves and prices decline due to mass production. Accordingly, development of CNT products is being widely promoted in advanced countries. In particular, CNT can be used as an additive to lightweight composites and as an eco-friendly cutting-edge material. Applicable to a Wide Range of Fields Applicable to a wide range of fields by CNT intermediates such as compound, ink, paste, etc CNT Business History is focusing on securing CNT manufacturing and application technologies and is now promoting commercialization of various value-added state-of-the-art materials. May Jan Dec Aug May Completed Construction of MWCNT Plant with a scale of 50 MT/year and commercialize various types of CNT products Merged with Nanotech Acquired shares of XG Sciences, a U.S. graphene manufacturer Single wall CNT mass production and purification technologies awarded by the Prime Minister of Korea Established Nanotech (aquired iljin Nanotech)

5 HANOS MWCNT HANOS MWCNT for Composite HANOS MWCNT for composite is multi-walled carbon nanotubes synthesized by catalytic CVD process. It has about 90 wt.% purity without any purification. By virtue of improvements in synthetic process, it shows enhanced conductivity and dispersibility suitable for conductive composite application. CM-95 CM-95 - CVD-MWCNT - High aspect ratio(~2x103) - High Productivity - Low Price - High dispersibility - High surface area - Conductive filler for compound [Electrical & Thermal] - Conductive additive for primary & secondary battery - Lightweight parts - Mechanical reinforcement CM-130 CM-130 Specification CM-150 CM-150 MWCNT(TEM) CM-95 CM-130 CM-150 Test Method Type Entangled Aligned Aligned Purity (wt. %) 93~97 86~92 87~93 TGA (KS D2711) Bulk Density (g/cc) 0.050~ ~0.070 Tapping 0.025~0.050 SEM 04

6 05 CNT & CNT App l i cati on HANOS MWCNT / HANOS SWCNT HANOS MWCNT for Ink & Paste HANOS MWCNT for ink & paste is multi-walled carbon nanotubes synthesized by catalytic CVD process. It has about 95 wt.% purity without any purification. By virtue of improvements in synthetic process, it shows enhanced conductivity and dispersibility suitable for conductive Ink & Paste application. - CVD-MWCNT - High aspect ratio(~2x104) - High Productivity - Low Price - High dispersibility - High surface area - Conductive filler for Ink & Paste[Electrical & Thermal] - Conductive additive for primary & secondary battery Specification CM-280 CM-250 CM-280 Type Aligned Aligned Purity (wt. %) 92~96 96~99 TGA (KS D2711) Bulk Density (g/cc) 0.010~ ~0.015 Tapping Test Method SEM CM-280 HANOS SWCNT HANOS SWCNT is the single-walled carbon nanotubes produced by conventional arc-discharge process using Fe-based metal catalysts. There are three SWCNT products, ASA-100F, AST-100F and ASP-100F. They are classified into three grades by degree of purification. - Arc-SWCNT - High Crystallinity - Excellent electrical & Thermal Conductivity - Transparent Conductive Film - RFID(Radio-Frequency Identification) - Chemical Sensors - Nano Devices, etc. Specification AST-100F AST-100F AST-100F Test Method Purity (wt. %) ~30 TGA (KS D2711)

7 HANOS Ink / HANOS Solution HANOS Ink HANOS Ink is highly concentrated and well-dispersed CNT Ink. It has excellent electrical and thermal property. The PET sheet/film coated with HANOS Ink has outstanding surface conductivity, heat sink and other properties, such as good transmittance. - CNT Ink for conductive coating - Excellent Surface Resistance and adhesivity - Water or Organic Solvent-based - Suitable for Gravure Coating - Adjustable viscosity - Coating material for ESD sheets and heating film etc. Technical Data Grade TW01 TW02 TW11 Value Surface Resistance 105~7 Ω/sq JIS K 7194 Transmittance 80~90 % Photometer Surface Resistance 105~7 Ω/sq JIS K 7194 Transmittance >90 % Photometer Surface Resistance 140~160 Ω/sq JIS K 7194 Viscosity 280cPs Brookfiled Viscometer HANOS Ink Test Method HANOS Solution Hanos Solution is highly concentrated and well dispersed MWCNT dispersed solution without Binder. It can be used in conductive Ink, paste and adhesive material production. - High CNT concentration of 15% by weigh - Base material, CNT content, Viscosity may be changed according to customer's requirement - Electrical & thermal conductive filler for conductive Ink, paste and adhesive material Technical Data HANOS Solution CNT content Base material CNT solution ~15wt% Alcohol, DMF, NMP, toluene, MEK, epoxy resin Etc. 06

8 07 CN T & CNT App l i cati on HANOS EPE/PS/PP / HANOS PS/PET/PP Sheet HANOS EPE/PS/PP HANOS is a conductive product for Electrostatic Dissipative(ESD) or antistatic purpose with special CNT layers. It can be used in various industrial areas to prevent electrical damages of target products. - Excellent conductivity - Low loading of conductive fillers makes dust free - Optimized compound or M/B can be provided - ESD(Electrostatic Dissipation) needs - Conductive needs - Black pigment Technical Data for CNT-mixed EPE comp d EPE sheet for display panel Properties HANOS EPE HANOS PS HANOS PP HANOS HDPE Test Method Surface Resistance (Ω/sq) 12~18 104~5 104~5 105~6 ASTM D257 MI (Melt flow index, g/10mins) 20~26 4~6 10~15 Max 2 ASTM-D-1238 HANOS PS/PET/PP Sheet HANOS Sheet is a conductive product for Electrostatic Dissipative(ESD) or antistatic purpose with special CNT layers. It can be used in various industrial areas to prevent electrical damages of target products. - Excellent conductivity - Low loading of conductive fillers makes dust free - Easy to control surface resistivity (104~108 Ω/sq.) - Excellent uniform surface resistivity - CNT mixed or coated products - ESD(Electrostatic Dissipation) tray for battery, electronic component - ESD(Electrostatic Dissipation) needs - Conductive needs for CNT-mixed PS sheet for Antistatic PS Tray CNT-coated PET sheet Antistatic PET Tray Specification Properties HANOS PS Sheet HANOS PET Sheet HANOS PP Sheet Test Method Thickness(mm) 0.3~ ~ ~2.0 - Width(mm) Max 1,200 Max 1,400 Max 1,200 - Surface Resistance (Ω/sq) 104~8 104~8 104~8 ASTM D257