Replacing existing plastics with environmentally friendly fender materials.
In the port industry, there is a demand for the durability of fenders that support the safe berthing and unberthing of vessels, as well as a reduction in environmental impact. Traditional fenders boast high durability but use petroleum-based plastics, which pose environmental challenges. Our Wood Plastic Composite (WPC) incorporates up to 55wt% wood powder, significantly reducing the use of petroleum-based resins and contributing to environmental impact reduction. [Application Scene] - Fenders [Effects of Introduction] - Reduction of environmental impact - Aesthetic qualities derived from wood
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basic information
**Features** - Contains up to 55wt% wood powder - Compatible with injection molding and extrusion molding - Aesthetic qualities derived from wood - Contributes to CO2 reduction through biomass utilization - Custom formulation design according to application **Our Strengths** We are a company that supplies raw materials to various advanced technology industries, including flame retardants. We integrate our long-developed organic synthesis technology, material design technology, and compounding technology, and we are also focusing on the development of environmentally friendly materials such as WPC materials.
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Applications/Examples of results
There have been adoption results in building materials, miscellaneous goods, and daily necessities. Consideration for adoption is also progressing in the automotive parts sector.
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Company information
Our company supplies raw materials to various advanced technology industries, including flame retardants, pharmaceuticals, veterinary medicines, food additives, photographic sensitizers, high-performance materials, dyes, and fragrances. We focus our business on flame retardant, fine chemicals, and health support sectors, and in recent years, we have also been engaged in the wood plastic composite (WPC) business, which is gaining attention as an environmentally friendly material. By integrating our long-developed organic synthesis technologies, including bromination and iodination, material design technologies, and compounding technologies, we respond to the high functionality of various materials as a partner in advanced technology industries such as electronics, information, and pharmaceuticals. Additionally, we are focusing on the development of WPC materials utilizing wood resources, proposing new material solutions that leverage characteristics such as lightweight, high rigidity, and reduced environmental impact. In the future, we will further strengthen our proposal-based research and development, aiming to expand our business through downstream product development and high added value. Please leave the development of raw materials and functional materials to us.
