積水化成品工業 List of Products and Services

In recent years, in the transportation sector such as vehicles and ships, there has been consideration for replacing metal materials with resin materials to contribute to weight reduction and energy saving due to the background of improving fuel efficiency and environmental considerations. By combining our foam core materials with C/GFRP molded products, we propose the addition of functions such as weight reduction and shock absorption while maintaining the strength required for vehicle and ship applications. 【Features】 ■ We can propose materials tailored to your needs with a rich lineup of foam materials. ■ All our products are domestically produced, ensuring stable supply. ■ We offer proposals based on our design technology for foams and development capabilities tailored to your needs. ■ Expansion into new products and components is possible. *For more details, please refer to the PDF or feel free to contact us.

The blades used in wind power generation require lightweight and high-strength materials. By combining our foam with FRP, it is possible to achieve weight reduction of the blades while maintaining rigidity. This allows for the development of new products and components, not just molded FRP alone or metal. 【Features】 ■ We can propose materials tailored to your needs with our extensive lineup of foams. ■ All of our products are domestically produced, ensuring stable supply. ■ We offer proposals based on our design technology for foams and development capabilities tailored to your needs. ■ Possibility of expansion into new products and components. *For more details, please refer to the PDF document or feel free to contact us.

High radio wave permeability is required for information and communication devices. By combining conventional FRP molded products with our foam core materials, we can provide high radio wave permeability while maintaining strength through shape rigidity. 【Features】 ■ We can propose materials tailored to your needs with a rich lineup of foam products. ■ All our products are domestically produced, ensuring stable supply. ■ We offer proposals based on our design technology for foams and development capabilities tailored to your needs. ■ We can expand into new products and components. *For more details, please refer to the PDF document or feel free to contact us.

In robotic arms, lightweight and vibration-damping properties are desired. By applying our foam core materials, it becomes possible to enhance the operational speed of robots through vibration damping, and the lightweight design allows for energy savings in the robots themselves. CFRP molded products using foam core materials excel in vibration damping and lightweight properties compared to CFRP molded products without core materials. 【Features】 ■ A rich lineup of foam materials allows for tailored material proposals to meet your needs. ■ All our products are domestically produced, ensuring stable supply. ■ We offer proposals based on our design technology for foams and development capabilities tailored to your needs. ■ Expansion into new products and components is possible. *For more details, please refer to the PDF document or feel free to contact us.

In medical and nursing care equipment, lightweight properties and electromagnetic wave permeability are required. By combining our foam materials with C/GFRP, we can offer lightweight solutions while maintaining the necessary performance characteristics such as rigidity and X-ray permeability required for medical and nursing care equipment. 【Features】 ■ We can propose materials tailored to your needs with a rich lineup of foam products. ■ All our products are domestically produced, ensuring stable supply. ■ We provide proposals based on our design technology for foam materials and development capabilities tailored to your needs. ■ We can expand into new products and components. *For more details, please refer to the PDF document or feel free to contact us.

In the civil engineering and construction fields, there is a strong demand for lightweight and high-strength materials to improve workability and earthquake resistance. By combining our foamed materials with conventional materials, we contribute to enhancing the added value of civil engineering and construction components, such as lightweight and high rigidity. We also offer a lineup with excellent shape flexibility and strive to propose shapes that meet your requirements. 【Features】 ■ We can propose materials tailored to your needs with our extensive lineup of foamed materials. ■ All our products are produced domestically, ensuring stable supply. ■ We offer proposals based on our design technology for foamed materials and development capabilities tailored to your needs. ■ We can expand into new products and components. *For more details, please refer to the PDF materials or feel free to contact us.

"ST-Eleveat" is a material made of bead foam, which allows for shape formation using molds. It reduces the cutting processes required for conventional board foams, contributing to material waste reduction, and offers mass production capabilities suitable for medium to large lots. ✔ Type: Eleveat BIO E (150g/L) ✔ Particle Diameter: Approximately 2.5mm ✔ Adoption Record: Used in FRP wind turbine blades and mobility parts Expected Applications: Propeller core materials, composite materials using RTM method 【Features】 - A lineup centered on biomass grades, contributing to the environment - Superior thermal dimensional shrinkage and chemical resistance compared to conventional foamed materials - High design flexibility, capable of reproducing shapes that are difficult with board core materials - Proven track record of mass production adoption for Japanese automotive OEMs (interior parts/core materials for composites) 【Exhibition Participation】 September 18-20: SAMPE Japan Advanced Materials Technology Exhibition Booth: S-42 October 9-11: N-Plus Product Development Technology Exhibition Booth: NCC Pavilion C-66 We will also be exhibiting at the trade shows, so please feel free to visit us.

"Formac" is a material that shapes board foam through cutting. It has excellent mechanical strength and can meet various quality requirements tailored to FRP molding methods. Additionally, since it is produced in our domestic factory, stable supply is possible. Adoption results: it is used in a wide range of applications, including information communication equipment, wind turbine blades, and mobility parts core materials. 【Features】 - Compared to other rigid foams, it has superior mechanical strength in terms of tensile, bending, and compression. - It has excellent heat resistance, making it suitable as a core material for thermosetting FRP, with numerous adoption results. - It has excellent chemical resistance and is hardly affected by all solvents except for hydrophilic ones. For more details, please refer to the PDF or feel free to contact us.

Our company, as a pioneer in foamed plastics, offers a lineup of foams for FRP composite core material applications. With our unique material's "product strength" and the "proposal capability" derived from years of experience in foam design technology and composite technology with FRP, we contribute to enhancing the added value of FRP molded products through weight reduction and high rigidity. All of our products are produced in our domestic factory, ensuring a stable supply. 【Foam Product Lineup】 - Formac (Density: 56kg/m³ to 110kg/m³) An acrylic resin foam that excels in mechanical strength and heat resistance. It can meet the quality requirements demanded by various FRP molding methods. It is also capable of shape formation through machining. - ST-Eleveat E (Density: 100kg/m³ to 300kg/m³) A polyester resin foam that is bead-shaped, allowing for shape formation using molds. It offers excellent shape freedom and can be proposed for mass production suitable for medium to large lots. Additionally, it is an FRP core material with excellent dimensional stability at high temperatures (180°C). *For more details, please refer to the PDF or feel free to contact us.