List of Composite Materials products
- classification:Composite Materials
136~180 item / All 2329 items
I made a custom arcade stick top out of carbon! I'm satisfied that I could also request CAD data creation.
- Composite Materials
- plastic
Adoption of flatness and minimal deformation due to heat | Creation of a heat bed for a DIY 3D printer
- Composite Materials
Billiard supplies made from carbon | Solving the problem of wood's susceptibility to aging deformation and impact.
- Composite Materials
Manufacturing carbon flower tags | Durable and luxurious without compromising the appeal of houseplants.
- plastic
- Composite Materials
- Processing Contract
Adopting carbon for the body design of sumo robots | Achieving an appearance that combines sharpness and strength.
- plastic
- Composite Materials
- Processing Contract
Manufacturing carbon fiber stabilizers for bikes | Usable by individuals, moving away from aluminum.
- plastic
- Composite Materials
- Processing Contract
Manufacturing carbon fiber RC parts | Aiming for weight reduction and increased rigidity compared to existing parts.
- plastic
- Composite Materials
- Processing Contract
The shaft of the kayak paddle uses a lightweight and high-strength carbon pipe.
- plastic
- Composite Materials
- Processing Contract
No need for grass cutting! Maintain the beauty of the building and reduce management costs.
- Composite Materials
Biodegradable bioplastics derived from plants = plastics that return to the soil. Since they are made from plant-based materials, they can offset greenhouse gas emissions during combustion (carbon neu...
- Organic Natural Materials
- plastic
- Composite Materials
Plant-derived and biodegradable bio-plastics for injection molding (compatible with existing molds and equipment) *Available in low-cost grades without PLA Carbon neutral
- Organic Natural Materials
- plastic
- Composite Materials
Response to the 12 items to be reduced based on the Plastic Resource Circulation Promotion Act, corn-derived biomass-based resin materials.
- Organic Natural Materials
- plastic
- Composite Materials
Measures for promoting the recycling of plastic resources using biomass resin materials derived from feed corn. Compatible with injection molding using existing molds.
- Organic Natural Materials
- plastic
- Composite Materials
Bioplastic material made primarily from cornstarch, decomposes in soil in about 90 days, suitable for waste disposal in emergencies when there is no disposal site, can be incinerated as combustible wa...
- Organic Natural Materials
- plastic
- Composite Materials
It can overcome the challenges of coloring, odor, and strength that have been issues with conventional injection molding-specific biomass resins. Existing molds and equipment can be used.
- Organic Natural Materials
- plastic
- Composite Materials
It can overcome the challenges of coloring, odor, and strength that have been issues with conventional injection molding-specific biomass resins. Existing molds and equipment can be used.
- Organic Natural Materials
- plastic
- Composite Materials
Manufacturing customized top panel parts for fighting game controllers.
- plastic
- Composite Materials
- Processing Contract
A cement-based soundproof wall that exhibits high sound absorption properties with air bubbles.
- Assembly Machine
- Composite Materials
- Other machine tools
A cement-based soundproof wall that exhibits high sound-absorbing properties with air bubbles.
- Assembly Machine
- Composite Materials
- Other machine tools
Unlock the potential of the compatibilizer! High molecular weight/high grafting rate of maleic anhydride modified PP 'Kayaburid'.
- Composite Materials
Improvement of the physical properties of recycled resin! Ideal for alloying and filler reinforcement with high molecular weight/high grafting rate maleic anhydride modified polypropylene (MAPP) compa...
- Composite Materials
How to incorporate "carbon materials" to solve the strength issues of 3D printers? A resource for identifying and solving challenges in the production field.
- 3D Printer
- fiber
- Composite Materials
[Mitarepo] Challenging ABS Modeling! What is the Power of the Carbon Composite Printer "Anisoprint Composer"? | System Create
- 3D Printer
- Composite Materials
- Engineering Plastics
[Mitarepo] Testing the potential of a carbon composite 3D printer! Tried FDM printing using only PLA! | System Create
- 3D Printer
- plastic
- Composite Materials
With one Marsgo, you can create various shapes! An explanation of the carbon fiber-compatible FDM printer 'Anisoprint Composer.'
- 3D Printer
- Composite Materials
- Engineering Plastics
This is a 3D printer capable of using continuous carbon fiber composite materials. It reinforces the interior of models with proprietary technology, achieving high strength and lightweight. *Demo avai...
- 3D Printer
- Composite Materials
- plastic
Solving factory noise problems with high sound absorption.
- Assembly Machine
- Composite Materials
- Other machine tools
A cement-based soundproof wall that exhibits high sound-absorbing properties with air bubbles.
- Assembly Machine
- Composite Materials
- Other machine tools
Preview available: The secrets of visualizing culture using CFD (fluid analysis), parameter setting, and scale-up considerations!
- Composite Materials
- Other polymer materials
[Book] Optimization of Large-Scale Cultivation and Downstream Processing in Bioreactors (No. 2320) [Available for Preview]
★ Many companies with accumulated know-how in large-scale cultivation and scale-up have contributed to this work! --------------------- ■ Table of Contents Chapter 1: Scale-up of Bioreactors and Troubleshooting Chapter 2: Optimization of Cultivation Processes and Media Using AI and Simulation Chapter 3: Design and Operation of Bioreactors Aiming for Low Costs Chapter 4: Commercialization of Bio-manufacturing and Manufacturing Cost Forecasting Chapter 5: Production of Gene Therapy, Regenerative Medicine, and Biopharmaceuticals Using Bioreactors Chapter 6: Design and Scale-up of Downstream Processes for Biopharmaceuticals Chapter 7: Large-scale Cultivation Technology for Microalgae Using Photobioreactors Chapter 8: Optimization of Processes After Microalgae Cultivation (Separation, Drying, Extraction) Chapter 9: Production of Food and Cosmetics Using Bioreactors Chapter 10: Production of Energy and Chemical Products Using Bioreactors, CO2 Reduction --------------------- ● Publication Date: January 30, 2026 ● Format: A4, 584 pages ● Authors: 90 individuals ● ISBN: 978-4-86798-128-3 ---------------------
High performance × PFAS-free. Hydrocarbon ion exchange membranes optimized through flexible polymer design.
- Composite Materials
- Other polymer materials
We provide recycled plastic materials to enhance the safety of toys.
- plastic
- Composite Materials
- Contract measurement
A recycling solution for plastic materials that balances design and environmental consideration.
- plastic
- Composite Materials
- Contract measurement
Plastic materials that balance design and environmental consideration.
- plastic
- Composite Materials
- Contract measurement
We provide high-quality recycled plastic materials that contribute to the longevity of infrastructure facilities.
- plastic
- Composite Materials
- Contract measurement
We provide high-quality recycled plastic materials that meet the needs of the aerospace sector.
- plastic
- Composite Materials
- Contract measurement
We contribute to cost reduction and environmental impact reduction through the recycling of agricultural films.
- plastic
- Composite Materials
- Contract measurement
We provide recycled plastic materials that contribute to improving durability in the civil engineering field.
- plastic
- Composite Materials
- Contract measurement