Tender offer for Hitachi Chemical
December 18, 2019
Showa Denko K.K.
President & CEO
Kohei Morikawa
*See notes on page 19
History of Showa Denko (SDK)
1908-
Established the foundation of the business under the spirit of "tenacity and indomitability"
1945-
Deepened and further developed business, taking advantage of postwar reconstruction
1986-
Switched to energy-saving products
2001-
Pursued fusion of inorganic/organic and aluminum technologies
2012-
Shaping Ideas in pursuit of evolving KOSEIHA chemical company
1931 Started manufacture of ammonium sulfate using domestic technology (Showa Fertilizers K.K.)
1934 Industrialized domestically produced aluminum (Nihon Iodine K.K.)
1939 Established Showa Denko K.K. through the merger of Showa Fertilizers and Nihon Electrical Industries
1969 Produced the first aluminum can in Japan (Showa Aluminum Can Corporation)
1969 Oita Petrochemical Complex started commercial operation
1986 Started manufacture and sales of aluminum cylinders
1988 Expanded into the hard disk business
2001 Merged Showa Aluminum Corporation
2003 Expanded into the super bright LED market
2009 Started production of cooling devices for power semiconductor
2015 Established an integrated system for the manufacture of cans in Vietnam
2016 Established a joint venture in Korea for semiconductor- processing high-purity gas production
2017 Acquired the graphite electrode business of SGL Carbon
Today -
Showa Denko will mark a new page in history together with | |
Hitachi Chemical | 2 |
Business Philosophy:
"Showa Denko Group's Mission"
Showa Denko Group's business philosophy (= Mission)
We will satisfy all stakeholders
that are
useful and safe and exceed our customers' expectations, thereby enhancing the value of the Group, giving satisfaction to our shareholders, and contributing to the sound growth of international society as a responsible corporate citizen.
Shareholders' | Customers' | Social value | |
value | value | ||
Enhance the value of the Group | Offer original value | Realize sustainable society | |
Partners in value creation | Leaders in value creation | ||
Business | |||
Employees | |||
connection | |||
Stage with | Stage with | ||
the sound present | promising future |
The Group provides stages full of pride and dreams for employees' value creation activities
Showa Denko that has the sound present and promising future
3
Vision "KOSEIHA Company"
"KOSEIHA Company" is "an aggregate of KOSEIHA Businesses that
can maintain high levels of profitability and stability."
"KOSEIHA Business" is a business in which SDK has a top market share in the market of appropriate scale (tens of billions of yen - hundreds of billions of yen)
Our global No.1 businesses
By 2025, | Market size (SDK's share) | |
make half | HD media | 400 bil. yen |
(25%) | ||
or more | ||
gases for | (25%) | |
High-purity | 150 bil. yen | |
"KOSEIHA | electronics | |
Graphite | 300 bil. yen ~ | |
Businesses" | (UHP) | |
electrodes | (Over 30%) |
(Ref.) Features of KOSEIHA Businesses
Operating margin
10% or more
Operating income
Billions of yen or more
Stable profitability tolerant to environmental change
4
SDK's strength
- Group of products with high global share -
Chemicals
High purity gases for electronics
(World's No. 1 share in C4F6,HBr, Cl2)
Gases used for etching, cleaning and as film-forming material in the semiconductor manufacturing process
Electronics
HD media
(World's No. 1 share specialized manufacturer) Used as data recording medium in hard disk drives
HPLC column (SHODEXTM)
(No. 1 share in Japan)
Equipment used for component analysis of substances such as pharmaceuticals
Inorganics
Graphite electrodes
(World's No. 1 share)
Electrodes used to melt iron scrap in an electric steel furnace in steel production
High purity titanium oxide
(No. 1 share in Japan)
Main material for making ceramics capacitors
Heat radiating filler
Contribute to energy conservation with highly heat radiating components
Lithium ion battery materials
- Aluminum laminated packaging material
SPALFTM(World's No. 2 share)
Used for LIB in smartphones and other devices
- Carbon nanofiber VGCFTM
(Proprietary product)
Electrode material additive that contributes to extending lifespan of lithium ion batteries
SiC epitaxial wafer for power devices
(World's No. 2 share)
Next-generation power semiconductor materials expected to help achieve smaller, lighter, more efficient and energy saving modules for power control units
Infrared light emitting LED
For sensing devices used in security, automobiles and FA
Aluminum
High purity aluminum foil
(World's No. 1 share)
Used for electrolytic capacitors mounted on IT devices, home appliances, and automobiles
5
Overview of Hitachi Chemical
- Corporate name
- Establishment
- Head Office address
- Representative
- Listing
- Principle shareholder
- Lines of business
- Business fields
Hitachi Chemical Company, Ltd. October 10, 1962
1-9-2, Marunouchi, Chiyoda-ku, Tokyo
Representative Executive Officer, President and Chief Executive Officer Hisashi Maruyama
First section of Tokyo Stock Exchange (code: 4217)
Hitachi Ltd. (share: 51.2%)
Functional materials (electronics materials, printed wiring board materials, electronics components)
Advanced components and systems (mobility components, energy storage devices and systems, life science-related products)
Information and
Communications
Manufacturing and sale of materials for interface devices and systems that support an advanced information-oriented society, such as semiconductors materials, displays materials, wiring boards materials, and wiring boards
Mobility
Manufacturing and sale of materials and components for automobiles and transportation infrastructures, such as resin molded products, friction materials, powdered metallurgy products, and anode materials
Energy | Life Sciences | |
Manufacturing and sale of | Development, manufacturing, | |
products that contribute to new | and sale of diagnostic | |
energy and environmental | productsutilizing material | |
trends, such as lead-storage | technologies, and contract | |
batteries and capacitors for | manufacturing services of | |
industrial and automotive | regenerative medicine | |
applications | products |
6
Financial data
Hitachi Chemical
Business year ending on March 2019 (consolidated, IFRS)
Revenues | 681.0 bil. yen |
Adjusted operating | 48.6 bil. yen |
income | |
Net income attributable | 28.7 bil. yen |
to owners of the parent | |
Common stock | 15.5 bil. yen |
Total equity | 429.6 bil. yen |
Total assets | 708.7 bil. yen |
Number of employees | 22,989 |
Showa Denko
Business year ending on December 2018 (consolidated, Japanese GAAP)
Net sales | 992.1 bil. yen |
Operating income | 180.0 bil. yen |
Net income attributable | 111.5 bil. yen |
to owners of the parent | |
Capital stock | 140.6 bil. yen |
Total shareholder's | 465.3 bil. yen |
equity | |
Total assets | 1075.7 bil. yen |
Number of employees | 10,476 |
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Deal overview (1/2)
Overview
- HC Holdings K.K., a wholly owned subsidiary of SDK (hereafter "SPC" or the "tender offeror") has decided to purchase all shares of Hitachi Chemical Co., Ltd. through a tender offer
- The tender offeror has already entered into a contract with Hitachi Ltd. stipulating that Hitachi Ltd. will accept the tender offer for all the Hitachi Chemical shares it owns (ownership:51.2%)
- Hitachi Chemical has expressed consent to the tender offer and encourages Hitachi Chemical shareholders to accept the tender offer
Shares to be
purchased
• | Number of shares | 208,219,903 shares |
•Minimum number of shares | 138,813,300 shares(2/3 of the voting shares) | |
• | Maximum number of shares | Not applicable |
Tender offer
price/
Purchase price
• | Tender offer price | 4,630 yen per share |
• | Purchase price | Approx. 964 bil. yen(obtained by multiplying the tender offer price with the |
number of shares to be purchased) |
Execution
- The tender offer will commence provided that certain conditions are fulfilled including completion of necessary procedures based on competition laws and other regulations of Japan and relevant countries
- The tender offeror aims to commence the tender offer by around February 2020
• | Period of tender offer | Planned to be 20 business days |
• | Tender offer agent | Mizuho Securities (Otemachi Chiyoda-ku, Tokyo) |
8
Deal overview (2/2)
Fund
procurement
- SDK plans to make financial arrangements in a way to avoid a decline in capital efficiencies due to the dilution of shares and with consideration for maintaining financial soundness. Specifically speaking, SPC is planning to use the following funding approaches for the purpose of executing the tender offer
- Loan from Mizuho Bank(non-recourse loans) : 400 bil. yen
- Subscription of Class A preferred shares by Mizuho Bank and Development Bank of Japan : 275 bil. yen
- Subscription of common shares by SDK: 295 bil. yen
- Regarding Class A preferred shares, SDK plans to receive equity content from a rating agency for a certain ratio of the procurement
- SDK does not plan to engage in fund raising activity involving the issue of common shares in relation to the tender offer
Financial policy | • | While the financial leverage (net D/E ratio) may increase temporarily following the acquisition, the mid- |
term target will be around 1.0x | ||
• | Will aim to maintain A rank zone in the JCR rating | |
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Significance of the merger
Efficient utilization of resources
Reduction of
(Greenhouse
Delivering healthy life
Survive as the top global manufacturer of specialty chemicals responding to changes in the environment
Achieve advanced functions and deliver solutions by combining a wide range of materials and technologies
presence of companies
Change and collapse of conventional tier structure
Global expansion material
of value delivered manufacturers due to
of MI*
material manufacturers *Materials Informatics | 10 |
Significance as strategic partners
High affinity
SDK
Value: "Maximizing customer experience"
AspirationChanging our business model to offer
solutions beyond the limits of a | ||
manufacturer | ||
KOSEIHA Company | ||
An aggregate of KOSEIHA Businesses | ||
that can maintain high levels of | ||
Business | profitability and stability | |
KOSEIHA Business | ||
strategy | A business in which we have a global | |
top market share in the market of | ||
appropriate scale (tens of billions of yen | ||
to hundreds of billions of yen) | ||
Hitachi Chemical
As one of the top global manufacturers ofhigh-performancematerialsit creates innovative functionsby combining material technologies to deliver solutionsthat solve problems faced by customers
Niche and cluster strategy
Niche: high value-added products to aim for high profitability
Cluster: product and business groups aiming for the global top position in the market, which provides total solutions to customers and the market by grouping each product, business, technology and service
Strong complementary relation
Core
technologies
Surface and interface precise control technologiesin inorganic materials such as aluminum, ceramics, carbon and innovative material design capabilityin a variety of materials ranging from inorganic to organic (resin, etc.) materials
"Material design technology utilizing characteristics of raw materials, ability to evaluate functions, ability to design functions leading to process technology, including module segmentation" to link customer needs to solutions
World's leading solution company boasting an array | |
of global top share businesses | 11 |
Business areas to pursue and notable growth drivers
Energy
IndustrialCapacitors battery systems
Electronics
Industrial Equipment
Rolled aluminum
Semiconductor
gas
Functional chemicals
Transportation
Basic chemicals
Resin materials
Petrochemicals
Graphite electrodes
Aluminum
cans
Life science & Healthcare
By combining the core technologies of SDK and Hitachi Chemical, | |
the two companies will together aim to grow in 7 business areas | |
including 5G, semiconductors, and electrification of automobiles | 12 |
One-stop, advanced materials partner
Technology companieswill become more directly involved in each level of the value chain in the future. SDK and Hitachi Chemical will fuse to acquire the ability to propose a consistent and total solutioncovering from
thematerial level todesign and evaluation
Hardware | Application Service | ||
Formulation, dispersion, | Design, evaluation, | ||
Materials | Assemble | ||
addition, processing | consulting | ||
Previously
Component/material | Component | |||
Material supplier | supplier | supplier | ||
Structural design | Module design | ODM | ||
Development of | OEM/Tier1 | |||
Analysis technology | Process design | |||
materials | EMS | |||
Analysis technology | Molding technology | Prototyping/ | ||
testing |
In the future
one-stop, advanced materials partner | GAFA | |
OEM/Tier1 | ||
Strengths of SDK | Strengths of Hitachi Chemical | |
Digital | ||
Material design, material analysis | Material design leveraging material | |
5G | ||
and adhesion of different materials | properties, functional evaluation, | |
for a wide range of materials | modulization of components and other | |
Next-generation | ||
process technologies | mobility |
13
Synergy in enhancing product competitiveness (Example: semiconductor packaging)
Combining SDK's material technologyand Hitachi Chemical's advantages in specification design,
evaluation and process proposal,it will become possible tocomprehensively optimize the
productby realizing consistent heat management designnecessary for fast-growing applications such as power semiconductors
Defining specifications
Semicon | |
ductor | |
process | |
Inorganic | materials |
Aluminum | |
fillers |
Optimal
specification
design
Organic | Heat | |
resistant | ||
seals | ||
Development
Material
SiC epitaxial wafer for
power devices
Granularity control
Crystallization control
Molecular structural
design
Organic synthesis
Molding material
Mass
Process technologyDesign, evaluation and production
consulting
Dispersion and | Semiconductor process | |
proposals by the | ||
formulation for CMP | ||
packaging solution | ||
slurry | ||
center | ||
Closest packing | ||
Surface processing | ||
Reliability | ||
evaluation | Heat | |
Insulation, conductivity | ||
management | ||
control | evaluation |
Formulation, kneading,
dispersion
Molded
Filmingarticle design
Semiconductor packaging solution
(logic semiconductors, power semiconductors)
Heat dissipation | Heat resistance |
As a semiconductor packaging solution…
Realize optimal conditions for heat conduction
- Optimal specification design as a package
- Optimization of the heat conduction properties of the material and contact interface
- Making comprehensive proposals from product evaluation to implementation process as part of the sales approach
Expanding the scope of applicable products thanks to improved heat resistance of the material
- Materials for use in power semiconductors
SDK's material technologies | Hitachi Chemical's material |
technologies | |
14
Synergy in next-generation technologies (Example: LiB materials)
Combining SDK's organic/inorganic material technologiesand Hitachi Chemical's graphite anode
material design technology, it will become possible to realize the high capacity, fast charging, long life, safety performance and cost competitivenessrequired of next-generation LiB cells
and thus accelerate the creation of next-generation LiB materials to contribute to next-generation mobility and low- carbon society
Defining | Development | Mass | ||||
specifications | Material | Process technology | Design, evaluation and | production | ||
consulting | ||||||
Si | Crystallization control | Heat treatment | ||||
SiO | ||||||
Inorganic | Granularity control | Surface treatment | ||||
CNT | Molecular structural | Conductivity control | ||||
VGCF | design | |||||
Material | ||||||
Evaluation | ||||||
Evaluation | procurement | |||||
Optimal | of safety, | |||||
Crystallization control | Formulation | of charge- | Process | |||
specification | durability, | |||||
discharge | improvement | |||||
design | and | |||||
properties | ||||||
Graphite | reliability | Sales | ||||
Granularity control | Surface treatment | expansion | ||||
Organic | Molecular structural | Strong | ||||
Aqueous | design | adhesion | ||||
binder | ||||||
Organic synthesis |
SDK's material technologies | Hitachi Chemical's material |
technologies | |
Next-generation LiB anode material (next-generationLiB cell package)
High capacity | Fast charging |
Long-life | Highly safe |
Realize high performance by combining and fusing technology elements necessary for the creation of next-generation LiB anode materials
- Crystal Si metal for achievinghigh capacity
- CNT forimproving conductivity
- Granularity control and surface treatment of component materials forreducing internal resistance
- Strong junctionusing special aqueous binders to achieve high capacity and long life
- Specification optimizationby optimal specification design and mix formulation tailored to customer needs
- Accelerateddevelopment speed
Realize high cost competitiveness
- Enhanced procurementof graphite
- Accelerated cost reductionby sharing manufacture knowhow of artificial graphite
15
Cash creation
Accelerate growth and at the same time take earnest steps to improve cash creation abilitystarting from the first year of integration
Steadily realign and review business portfolio and continue regular reviews after integration
Target to achieve cost reduction synergy savings of more than 20 billion yen per yearin three years
Cost synergy
Ensure achievement of cost synergy
- Reduce procurement cost by joint purchase of needle coke and other raw materials and indirect materials
- Reduce indirect costs through consolidation and abolition of manufacturing processes and plants as well as head office functions
Realignment of business
portfolio
Accelerate realignment of the business portfolios of the two companies
- Steadily proceed with and accelerate realignment of business portfolio
- Continue to regularly review and realign business portfolio even after completion of the integration process
Cost structural reform
Take action to reform the cost structure of SDK and Hitachi Chemical from the first year of integration
- Beside cost synergy savings, plan and promote revenue improvement measures that can be carried out by either one of the two companies
- Comprehensively review direct and indirect costs, operating capital, etc
16
Fund procurement structure and financial policy
Procure funding in a way to avoid a decline in capital efficiencies due to the dilution of shares and with consideration for maintaining financial soundness by utilizing preferred shares and non-recourse loans
Fund procurement structure | Background |
Mizuho Bank
Loan 295 bil. yen
SDK
Mizuho Bank
Development Bank
of Japan
- It will be possible tohold down direct investmentby SDK by utilizing preferred shares and non-recourse loans
Common shares
295 bil. yen
Class A
preferred shares 275 bil. yen
- Plan to receivecertain equity content from a rating agencyfor the preferred shares
Fund for
Hitachiacquisition Chemical's shareholders
SPC
Hitachi
Chemical
Non-recourse loan* Mizuho Bank400 bil. yen
•While net D/E ratio may increase temporarily following the acquisition, the mid term target will be around 1.0x
•Will aim to maintain A rank zonein the rating agency
•SDK does not plan to engage in fund raising activity involving the issue of common shares and thus equity dilution will not occur
* A non-recourse loan is a financing method based on the repayment capacity of the target company (Hitachi Chemical), and the risk of Showa Denko is limited to the investment 17amount at the time of acquisition
Operation after the acquisition
Two steering committees will be set up to discuss approaches for "selecting and concentrating" businesses and to facilitate business integration
SDKHitachi Chemical
Steering committee (1)
Steering committee (2)
Working group 1
The steering committees will be comprised of senior decision makers of the two companies (e.g. CEO, board members, etc.)
Two committees will be established according to purpose
- Decision making related to business portfolio management, investment, budget and financing
- Management and supervision of integration process
Administrative office and working groups organized under the two committees
Target:Substantially complete integration within a year after the closing of the acquisition
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Disclaimer
Any statements made in this communication that are not descriptions of historical facts, including those relating to the anticipated timing, closing conditions, completion and success of the proposed transaction, and the potential effects and benefits of the transaction on SDK and any other statements about future expectations, are forward- looking statements that are based on management's beliefs, certain assumptions and current expectations and evaluated as such. Forward-looking statements are based on, among other things, opinions, assumptions, estimates and analyses that are inherently subject to significant risks, uncertainties, contingencies and other factors that may cause actual results and events to differ materially from those expressed or implied by the forward-looking statements. There are a number of important factors that could cause actual results or events to differ materially from those indicated by such forward looking statements. These risks and uncertainties include, but are not limited to, general economic and market conditions and the satisfaction of the conditions to the consummation of the proposed transaction. Further, forward-looking statements speak only as of the date they are made, and SDK does not undertake any obligation to update or revise any forward- looking statements to reflect changed assumptions, the occurrence of unanticipated events or changes to future operating results over time, except as required by laws.
The Tender Offer is not being made, directly or indirectly, in, or to, the United States, and is not being conducted through the United States Postal Service, or other means or instrumentality of interstate or international commerce, or through security exchange facilities in the United States. No tender to the Tender Offer will be accepted by said means, instrumentality, through said facilities, or from the United States.
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Showa Denko KK published this content on 18 December 2019 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 18 December 2019 12:10:12 UTC