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San-ei Kogyo
Booth
4W-B19
Zone
Materials Zone

Sanei Kogyo will be exhibiting New type of plastics.

◆ Precise Thermal Degradation
Our proprietary technology imparts high reactivity to a wide variety of plastics. It can also be applied to recycled materials.

◆ Terminal Double bond Polypropylene
A polypropylene (PP) with double bonds at both molecular ends, produced via precise thermal decomposition. The high reactivity of these double bonds allows for functionalization by adding various functional groups.

◆ Polypropylene Ionomer
A block copolymer featuring polyacrylic acid at both PP terminals. By introducing acid blocks while maintaining the crystallinity of PP, it demonstrates high performance as a modifier.

Product / Technology Information

Sample

Our proprietary technology imparts high reactivity by introducing highly reactive double bonds at the terminals of plastics, all while preserving their inherent properties. It is compatible with a wide variety of plastics, including polypropylene (PP), polyethylene (PE), and cycloolefin polymer (COP), and can be applied to recycled materials as well as virgin materials.

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Product/Technology Category
Materials
Coating Agents Additives (Anti-static Agents, Plasticizers, Fillers, Surfactants, etc.) Adhesives/Adhesive Resins, PSA/Release Agents Inks/Coating/Inkjet Ink Nano-materials (Cellulose Nanofiber, Carbon Nanotubes, etc.) Recycled Materials (Recycled Plastics, etc.)
Functional Films/Sheets
Secondary Battery Components
Processing Technology
Environmental and Recycling Technology
Processing Equipment
Surface Modification/Surface Functionalization
Purpose of use
Batteries (Perovskite Solar Cells/Lithium-ion Batterie/All-Solid Batteries, etc.) Automobile/Mobility
Application Field
Organic Material / Chemical
Solutions
Next generation battery Decarbonization / Carbon-neutral

Sample

This polypropylene (PP) features double bonds at its terminals, produced via precise thermal decomposition. The high reactivity of these double bonds allows for functionalization by adding various functional groups, such as acrylic acid, acrylamide, and maleic anhydride. It is compatible with various PP grades—such as homo, block, and random PP—with a wide molecular weight range from 5,000 to 40,000.

Download PDF
Product/Technology Category
Materials
Coating Agents Additives (Anti-static Agents, Plasticizers, Fillers, Surfactants, etc.) Adhesives/Adhesive Resins, PSA/Release Agents Inks/Coating/Inkjet Ink Nano-materials (Cellulose Nanofiber, Carbon Nanotubes, etc.) Recycled Materials (Recycled Plastics, etc.)
Functional Films/Sheets
Secondary Battery Components
Processing Technology
Environmental and Recycling Technology
Processing Equipment
Surface Modification/Surface Functionalization
Purpose of use
Batteries (Perovskite Solar Cells/Lithium-ion Batterie/All-Solid Batteries, etc.) Automobile/Mobility Aerospace
Application Field
Organic Material / Chemical
Solutions
Next generation battery Decarbonization / Carbon-neutral

Sample

This triblock copolymer is obtained by introducing polyacrylic acid to double-bonded terminals of PP. It possesses excellent polarity while preserving the inherent crystallinity of PP. Used as a raw material for adhesives and coatings, or as a modifier for PP-matrix composites, it demonstrates high adhesion and affinity with dissimilar materials, contributing to enhanced product strength and durability.

Download PDF
Product/Technology Category
Materials
Coating Agents Additives (Anti-static Agents, Plasticizers, Fillers, Surfactants, etc.) Adhesives/Adhesive Resins, PSA/Release Agents Inks/Coating/Inkjet Ink Nano-materials (Cellulose Nanofiber, Carbon Nanotubes, etc.) Recycled Materials (Recycled Plastics, etc.)
Functional Films/Sheets
Secondary Battery Components
Processing Technology
Environmental and Recycling Technology
Processing Equipment
Surface Modification/Surface Functionalization
Purpose of use
Batteries (Perovskite Solar Cells/Lithium-ion Batterie/All-Solid Batteries, etc.) Automobile/Mobility Aerospace
Application Field
Organic Material / Chemical
Solutions
Next generation battery Decarbonization / Carbon-neutral
Contact

*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.

Exhibitor Name
San-ei Kogyo
Kashiwanoha Technical Center
Address
230-37, Toyofuta, Kashiwa-shi, Chiba 277-0872, Japan, Japan 277-0872
TEL
04-7192-7506
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