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PLYWOOD
Tokyo, Japan
A
251-500 Employees
2013
Key takeaway
Sipaahi Plywood, a unit of Amar Engineering Saw Machine, specializes in the production and supply of various types of plywood, ensuring high quality through advanced machinery and stringent quality control processes. Their commitment to ISI standards and inspection makes them a reliable choice for architects and interior designers seeking premium plywood products.
Reference
Core business
Sipaahi Plywood
Nippon Paint Marine
Japan
A
10001+ Employees
1967
Key takeaway
Nippon Paint Marine Coatings is a leader in the marine coatings industry, supplying high-quality products and technical services that enhance operational efficiency and deliver innovative solutions. Their commitment to protecting the marine environment and their global presence ensure reliable access to advanced products for various marine applications.
Reference
Core business
Marine Coatings | Biocide-free Coatings | Nippon Paint Marine
We supply customers around the world with high-quality products, technical services and know-how as a leader in the marine coatings industry.
Lonseal
Tokyo, Japan
A
251-500 Employees
1943
Key takeaway
The company, Lonseal Corporation, offers products specifically designed for marine applications, highlighting their commitment to safety and functionality in marine environments. Their flooring materials, such as Lonlium SS, meet stringent safety standards, ensuring a safe voyage.
Reference
Product
船舶向け製品|機能性床材|製品・開発|ロンシール工業
船舶向け製品 船舶向け床材 ロンリウムSSのご紹介 ロンリウムに海と陸の境界線はありません。 安心・安全な航海を支えます。 船舶用難燃性表面床張り材の型式承認について ロンリウムSSは海上人命条約(SOLAS)にもとづき …
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MARU HACHI Corporation
Sakai, Japan
A
11-50 Employees
1936
Key takeaway
MaruHachi Group, a developer and manufacturer of composite materials, has diversified into advanced materials, including thermoplastic composites. Their expertise in high-performance materials and innovative manufacturing processes may be of interest to those looking for specialized applications.
Reference
Core business
MaruHachi – Thermoplastic Composite Material Systems
Eco Marine Power
Fukuoka, Japan
A
1-10 Employees
2010
Key takeaway
Eco Marine Power focuses on innovative technologies for low-carbon shipping, including their patented Aquarius Marine Renewable Energy System, which combines wind and solar power to reduce fuel consumption and emissions for various types of vessels. They also emphasize the importance of marine-grade computer control systems and robust data monitoring solutions that enhance energy efficiency and operational performance for ships.
Reference
Product
Technologies | Eco Marine Power
Innovation for Low Carbon Shipping and Marine Applications Technologies for low emission and low CO2 shipping include our patent pending EnergySail® - a rigid sail system for ships, class-approved marine batteries and the Aquarius Management & Automation System (MAS). Aquarius MRE® The patented Aquarius Marine Renewable Energy (MRE) System or Aquarius MRE is a combined wind power and solar power for ships. It incorporates a range of technologies from Eco Marine Power and its strategic partners including the EnergySail and a computer system known as the EnergySail ACS (Automated Control System) which has been jointly developed with KEI System. The system is designed to be adaptable to a wide range of ships types thus providing ship owners a combined wind and solar power solution which will reduce fuel costs and vessel emissions. The Aquarius MRE System by Eco Marine Power is an innovative approach to using wind and solar power together on ships and the technology will help make world shipping greener and cleaner in the years ahead. Marine Computer Control Systems The Aquarius MRE System & EnergySail will both utilise a marine-grade computer control system developed jointly by KEI System and Eco Marine Power. These robust and flexible computer systems will automatically position an EnergySail or an array of EnergySail's so that they can best utilise the available wind or solar power. The computer control systems also include a touch screen panel which can be located on the ship's bridge or engine control room plus a number of remote panels for monitoring and control purposes. The KEI 340 computer platform has been installed on hundreds of vessels and has proven itself to be a reliable and robust platform ideally suited for marine applications. Aquarius MASTM & KEI 3240 Data Logger The Aquarius Monitoring and Automation System or Aquarius MASTM is an integrated marine computer system which combines the features of the KEI 3240 Data logger with new functions to monitor renewable energy solutions on-board ships and calculate emissions. This system will for example, be able to monitor and record the amount of clean energy being harnessed by the solar panels on a ship and compare this to fuel use. This information can be recorded and then later analysed along with a wide range of other performance data in order to fine-tune operational performance. The KEI 3240 Data Logger is a highly flexible & robust marine computer based system that collects and stores various performance data including engine and generator power. Hundreds of ships have already been fitted with the KEI 3240 Data Logger and the system has proven its reliability over many years. The KEI 3240 Data Logger can be installed on a variety of ships such as tug boats, cargo vessels & bulk carriers. It can also be retrofitted to ships already in operation or installed for example as part of a hybrid marine propulsion or power upgrade. The use of the Aquarius Monitoring and Automation System (MAS) will in the near future also provide a ship's crew and/or shore based management team with information regarding by how much fuel consumption is being reduced through the use of the Aquarius MRE System, EnergySail and/or hybrid propulsion. Additionally the Aquarius MAS is a part of the hybrid marine power system for the Tonbo Hybrid Ferry and incorporated into the solar-electric propulsion system for the Medaka Eco Commuter Ferry. As well it is planned to incorporate this highly adaptable system into other projects including AquariusUSV. The Aquarius MAS and KEI 3240 Data Logger can also be used as a stand-alone monitoring & data recording system either retro-fitted to existing vessel or for installation ships under construction. Read more... EnergySail® The EnergySail (patent pending) has been designed by Eco Marine Power and is unlike any other sail - it can be used even when a ship is at anchor or in port and has been designed to withstand high winds or sudden micro-bursts. The EnergySail can also be fitted with a range of renewable energy technologies such as solar panels or wind power devices. The EnergySail can be incorporated into the design of a wide variety of ships from large Capesize bulk ore carriers to naval and coastguard patrol ships. A variation of the EnergySail that is suitable for Unmanned Surface Vessels (USV's) and smaller ships such as passenger ferries or fishing vessels is also being developed. The EnergySail is configurable so that in can suit the operational profile of a vessel. For example the number & type of solar panels can be easily changed or a variety of other devices can be fitted to the EnergySail. This flexible nature of the EnergySail design will also allow for it to be upgraded during the life-cycle of the ship or vessel it is fitted to. Battery Technologies for Ships, Marine and Renewable Energy Applications In co-operation with our strategic partner - The Furukawa Battery Company (Japan), our marine solar power and renewable energy solutions incorporate a range of battery technologies and battery types. These battery technologies include hybrid valve regulated (VRLA) lead acid battery modules supplied with frame mounting kits for use on ships or ashore. These high quality, safe and reliable batteries have been accepted for use on classed vessels by ClassNK (Japan) and are ideally suited for renewable energy applications on ships, offshore platforms or on land. Furukawa Battery also manufacture batteries for auto-mobiles, motorcycles, electric powered vehicles, stationary use, trains, aircraft, portable use and solar power generation systems. For more information please see: Ship & Marine Batteries Marine Solar Panels & Mounting Frames To survive the harsh marine environment that exists on ships careful attention must be paid to the type(s) of photovoltaic (PV) panels used and also to the method by which they are mounted onto ships. Eco Marine Power works closley with a small number of PV manufactures to evaluate the suitability of various PV types & technologies and as a result can supply solar panels with the correct marine grade mounting frame or frame installation kits. These solar mounting frames have been specially designed by EMP and Teramoto Iron Works for use on ships but they are also ideal for land-base solar projects. Custom designed mounting frames and solutions are also available. For more information please see: Marine Solar Panels and Frames More Information Sustainable Shipping Technologies Brochure (2.5Mb)
JSP
Tokyo, Japan
A
- Employees
-
Key takeaway
The company, JSP, produces ARPRO material, a lightweight and durable expanded polypropylene (EPP) foam that is chemically resistant and provides excellent thermal and acoustic insulation. Notably, ARPRO 35 Ocean incorporates 15% recycled maritime waste, highlighting its commitment to sustainability, which could be relevant for applications requiring eco-friendly materials.
Reference
Product
Grades - flame retardant, anti-static & porous foam - ARPRO
Technologies which have been searched by others and may be interesting for you:
When exploring the Marine Grade Plywood industry in Japan, key considerations include regulatory standards, market demand, and environmental impacts. Japan has stringent regulations regarding marine-grade materials, particularly in terms of quality and durability. Companies must ensure compliance with these regulations to avoid penalties and maintain market access. The competitive landscape is characterized by both domestic manufacturers and imports, with a growing focus on sustainability and eco-friendly practices. As environmental concerns rise, sourcing sustainably harvested wood and using non-toxic adhesives are becoming critical factors for consumers and businesses alike. Additionally, Japan's geographical features create a robust market for marine-grade plywood, particularly in shipbuilding and construction sectors. Understanding the global market relevance is crucial, as the demand for high-quality marine-grade plywood is not only driven by local needs but also by international markets. Challenges such as fluctuating raw material prices and supply chain disruptions can affect availability and pricing within the industry. Therefore, potential investors or companies should conduct thorough market research, considering both domestic trends and global influences to navigate this dynamic sector effectively.
Some interesting numbers and facts about your company results for Marine Grade Plywood
Country with most fitting companies | Japan |
Amount of fitting manufacturers | 5 |
Amount of suitable service providers | 3 |
Average amount of employees | 251-500 |
Oldest suiting company | 1936 |
Youngest suiting company | 2013 |
Some interesting questions that has been asked about the results you have just received for Marine Grade Plywood
What are related technologies to Marine Grade Plywood?
Based on our calculations related technologies to Marine Grade Plywood are Glass, Superconductors, High-Performance Materials, Raw Materials, Phase Change Materials
Which industries are mostly working on Marine Grade Plywood?
The most represented industries which are working in Marine Grade Plywood are Other, Chemicals, Logistics, Supply Chain and Transportation, Plastics
How does ensun find these Marine Grade Plywood Suppliers?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.