All products and services
1～30 item / All 56 items
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Self-regulating PTC heating cable "Tech Heater"
It has excellent safety, high flexibility, and adjustable length. It also contributes to energy saving through self-output control.
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[Elastil Case Study] Shoes Midsole
The high resilience, cushioning, and durability of Elastil enhance the functionality and comfort of the shoes.
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Sustainable Elastil BIO Grade
This is a new grade of Elastil made from plant-derived materials.
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[Examples of Thermo Heater Applications] Prevention of Freezing and Solidification, Temperature Management
It prevents freezing of the tank and pipes, as well as solidification of the contents, through heat generation from the self-output of the tech heater.
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Foam resin logistics materials (cushioning materials, packaging boxes, trays)
Utilizing years of cultivated design technology and foam resin materials with excellent cushioning performance, we achieve cost reduction, weight reduction, and improved workability compared to conventional packaging specifications.
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Thermoplastic elastomer foam molded product "Elastil"
It is a foamed molded product made from elastomer. It combines high resilience and cushioning properties, is highly durable, and is used as a material for shoes.
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Thermoplastic elastomer bead foam 【Non-absorbent・Insulating】
The foam has an independent bubble structure (closed cell)! Introducing "thermoplastic elastomer bead foam."
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Thermoplastic elastomer bead foam 【Formability・Mass production】
High degree of freedom in product shape! No secondary processing required even for 3D shaped molded products.
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Thermoplastic elastomer beads foam (Elastil) [Rebound and elasticity]
Characteristics similar to springs and lightweight! Introducing the physical properties of our "thermoplastic elastomer bead foam (Elastil)."
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Thermoplastic elastomer beads foam (Elastil) [Lightweight]
The foam density is very lightweight at 0.10 to 0.15 g/cm³! Let me introduce our "Thermoplastic Elastomer Beads Foam (Elastil)."
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Thermoplastic elastomer beads foam 【Flexibility・Resilience】
The softness grade has a permanent compression strain of about 3 to 6%! It has the characteristic of not retaining strain easily after compression.
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Examples of the use of our foam core materials: Civil Engineering/Architecture
By applying our foam core material, it possesses the lightweight and high-strength characteristics necessary for the civil engineering and construction fields.
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Examples of the use of our foam core materials: vehicles / ships / railways
By combining with foam core materials, it leads to weight reduction and contributes to improved fuel efficiency.
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Examples of the use of our foam core material: Industrial machinery
By applying our foamed core material, it is possible to achieve increased operating speed due to the vibration-damping properties of the robotic arm and energy savings through weight reduction.
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Examples of the use of our foam core materials: Information and communication equipment.
By applying a foam core material, it is possible to impart lightweight properties and radio wave permeability.
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Examples of the use of our foam core material: Medical devices
By applying our foam, we contribute to enhancing the added value of medical devices, such as lightweight properties and X-ray permeability.
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Composite hard acrylic foam core material "Formac"
Contributes to the lightweighting of FRP molded products with excellent heat resistance and mechanical strength.
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Examples of the use of our foamed core materials: Environment/Energy
By combining our foam materials, it is possible to enhance functionality and achieve energy savings.
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FRP core material solution using our unique foam.
We contribute to enhancing the added value of FRP molded products with our unique foam material suitable for FRP core materials.
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Composite polyester-based foam core material "ST-Eleveat"
It contributes to the lightweighting of FRP molded products with excellent heat resistance and shape flexibility.
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Introduction to polymer microparticles (tech polymers)
This is a microparticle polymer based on polymerizable monomers such as styrene and methyl methacrylate, created from our unique suspension polymerization technology.
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Polymer microparticles for low dielectric applications in the field of electronic materials
"Tech Polymer" is proposing solutions for low dielectric applications that reduce transmission loss in the high-frequency range.
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Polymer microparticles for liquid crystal displays
"Tech Polymer" can mainly be used for optical adjustment applications such as anti-glare films, diffusion films, and reflective films.
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Polymer microparticles for lighting and compounds
"Tech Polymer" can be used as an additive to impart light diffusion properties and AB characteristics in compounds and masterbatches.
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Blocking prevention polymer microparticles
We handle polymer microparticles that can be used as anti-blocking agents.
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Polymer microparticles for drilling applications
The polymer microparticle "Techpolymer" has the characteristic of thermal decomposition and can be used as a pore-forming material.
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Disappearing acrylic binder ceramic sintered metal paste viscosity adjustment
Microspheres of methacrylic resin with excellent thermal decomposition characteristics under non-oxidizing atmosphere.
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Polymer microparticles for the medical field
"Tech Polymer," a polymer microparticle that can be used for applications such as dental materials, bone cement, and carriers.
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Polymer microparticles for the automotive sector
The polymer microparticle "Tech Polymer" can be considered for various automotive components.
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Polymer microparticles for adhesive and adhesive applications
Polymer microparticles "Tech Polymer" can be used as functional additives for spacers, flexibility, stress relaxation, low dielectric properties, and light diffusion.
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