KOJI Teramoto, Ph.D

08/05/2026

✨ HEAA is powering a new generation of “smart hydrogels”! These materials can sense infection, release medicine only when needed, and be 3D printed with incredible accuracy.
💪 Strong & flexible
💧 Absorbs up to 610% water
🎨 Changes color with pH
💊 Releases drugs when infection is detected

Perfect for smart wound dressings, wearable health sensors, and next gen medical devices.

I am waiting for your inquiry!
Web: https://www.kjchemicals.co.jp/en/index.html
Blog: https://kojiteramotophd.hatenablog.com/

24/04/2026

24/04/2026

🔥 A New “Smart Cooling Fluid” That Boosts Performance Automatically!

Scientists have developed a next generation heat transfer fluid using NIPAM, a polymer that changes its structure at 32°C. When temperatures rise, the fluid instantly becomes better at carrying heat—like it “knows” when to cool harder.
Why it’s exciting:
• ⚡ Up to 61% better heat transfer
• 🔥 Higher thermal conductivity than water at high temps
• 💧 Super stable—no settling or clogging
• 🚗 Perfect for EV batteries, electronics, solar systems, and more
This could lead to safer EVs, cooler electronics, and more efficient renewable energy systems.

Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

We would like to express our sincere appreciation to the authors for their outstanding contribution to advancing the understanding of NIPAM based thermoresponsive nanofluids. Their rigorous experimentation and insightful analysis have provided a valuable foundation for future developments in high efficiency thermal management technologies.

Cite this article as: Deepati A.K., Haldar B., Murali M. et al.
Enhancement of heat transfer and functional behaviour of Poly(Nisopropylacrylamide)
coated silica nanoparticle materialism featuring heat transfer fluid. Sci Rep (2026). https://doi. org/10.1038/s41598-026-49447-6

04/04/2026

Revolutionizing Semiconductor Stripping & Cleaning: Meet Kohshylvent M-100

Engineers and Process Specialists, are you looking for a high-performance NMP/DMAc alternative that doesn't compromise on precision?
As global regulations tighten, the industry is shifting towards safer chemistry. Kohshylvent M-100 is designed to be the "Sustainable Standard," offering a seamless transition for applications in photoresist stripping, precision cleaning, and high-performance varnishes for heat-resistant coatings and special resins.
Why make the switch to M-100?
✅ Superior Technical Performance: With high resist solubility and exceptional wettability, M-100 ensures deep pe*******on into microstructures, delivering uniform pattern stripping even in the most complex architectures.
✅ Uncompromised Material Integrity: It is strictly non-corrosive to metals and leaves minimal residue, ensuring the long-term reliability of your devices.
✅ Future-Proof Compliance & Safety:
• NMP, NEP, and DMAc-free.
• REACH registered and non-SVHC.
• Minimal hazard classification (only H319, H373).
• Low odor and low skin irritation for a significantly improved workspace.
Achieve the same performance as NMP with a safer, more sustainable profile. Let’s lead the next generation of microfabrication together. ⚙️🌱

Let‘s discuss with us!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

31/03/2026

✨ DMAA is opening a new chapter in hydrogel technology!
Scientists have discovered that DMAA based PDMA can team up with lignin to create super tough, super sticky hydrogels. These materials don’t just stretch — they absorb huge amounts of energy without breaking.
💡 What makes it special?
• Forms strong nano structures with lignin
• Withstands major stretching and puncture
• Dries fast — only 20 minutes at 90°C
• Sticks to almost anything: steel, glass, even PTFE (Teflon!)
This means DMAA hydrogels could be used for: 🛡️ Protective coatings 🔧 Industrial surfaces 🩹 Wound care 🔬 Biosensors …and much more.
DMAA is quickly becoming one of the most exciting materials in polymer science.

Let‘s discuss with us!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

📚 Reference: Jiang, X., et al., Gels, 12, 00277 (2026)

26/03/2026

🌟 A new class of “power-free autonomous devices” is emerging!
Recent research shows that a special monomer called ACMO is not just a hydrogel—it acts as “logic encoded in shape.”
💧 Moves simply by absorbing water
🔧 No wiring, sensors, or batteries
🧪 Highly resistant to harsh chemicals
🔁 Works repeatedly with stable performance
This opens the door to:
• Microfluidic devices that switch flow automatically
• Bio-analysis chips that run multi-step reactions on their own
• Battery-free drug delivery systems
• Soft robots that move with humidity
Science is entering an era where shape itself becomes the program.

Let‘s discuss with us!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

12/03/2026

A –5°C Temperature Drop in One Minute: DMAA Is Transforming VO₂ Smart Coatings

VO₂ is a promising material for smart thermal insulation windows, but it suffers from poor water dispersibility and oxidation issues. A new 2026 study shows that DMAA based PDMA can wrap VO₂ nanoparticles in a stable core–shell structure, solving these long standing problems.

What changes with DMAA?
• Particle size becomes uniform: 304.9 nm → 186.4 nm
• Visible light stays high at 55.4%, while heat shielding reaches 10.8%
• Strong resistance to acid (pH 2, 5 days) and UV (100 h)
• Works beautifully with waterborne polyurethane; hardness 3H
• And the highlight: coated glass shows –5°C lower temperature after just 1 minute of IR exposure

The optimal design uses PDMA50, proving how molecular precision directly impacts macroscopic performance.
Reference Zhao, X. et al., Rare Metals (2026). DOI: 10.1002/rar2.70187

Let‘s discuss with us!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

11/02/2026

2026.2.10
[Latest Research Highlight]
The Triple Power of DMAA: Self-Healing, Strong Adhesion, and Water Purification

Imagine a material that can suck up 97% of toxic industrial dyes from water AND fix itself in minutes if it gets cut. It sounds like science fiction, but it’s real! 🧪✨
A new research paper features our favorite monomer, N,N-dimethylacrylamide (DMAA), as the backbone of this incredible L-Proline-based multifunctional gel.
Why is this a game-changer?
✅ Eco-Friendly: Effectively removes organic pollutants like Methylene Blue and Eosin B.
✅ Tough & Smart: It heals its own "wounds" in 2 minutes, meaning products last longer and waste less.
✅ Sticky Strength: It sticks to almost any surface, opening doors for advanced medical adhesives and wearable tech.
We are proud to produce the DMAA that makes these sustainable breakthroughs possible. Let’s build a cleaner, smarter future together! 🌿💧

Let‘s discuss with us!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/entry/2026/02/11/171813

Reference: Maity, S., Ghosh, S., Singh, N., & Banerjee, S. (2025). L-Proline-Based Multifunctional Gel for Sustainable Wastewater Remediation. ACS Sustainable Resource Management. https://doi.org/10.1021/acssusresmgt.5c00709

03/02/2026

Highlighting "Superpowers" like self-healing and transparency.
Can a material be 91% transparent, stretch 12x its length, and heal itself in 3 seconds? 🌟✨
According to the latest research, the answer is YES—and the secret ingredient is HEAA! 🧪
Our high-performance monomer, N-(2-hydroxyethyl) acrylamide (HEAA), is powering a new class of "eutectogels" designed for the next generation of smart wearable devices.

Why Engineers are switching to HEAA: 💪 Ultra-Tough: It reaches a tensile strength of 1166 kPa, far surpassing traditional hydrogels. ⚡ Instant Healing: If the sensor is cut, the HEAA-based network repairs its conductive path in just 3.2 seconds. ❄️ Weather-Proof: It won't freeze in winter or dry out in summer, maintaining stability where water-based gels fail. 👀 Invisible Tech: With 91% optical transparency, it’s perfect for invisible sensors and touchscreens.
From monitoring knee bends to detecting subtle facial expressions, HEAA makes high-sensitivity sensing a reality. 🏃‍♂️😊
Interested in upgrading your material performance? Contact us today! 📩

Let’s discuss!
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

Reference: Li, T., et al. "Highly transparent, ultra-tough, and environmentally adaptive cellulose-based double-network eutectogel for flexible strain sensor.".

30/01/2026

Wood is beautiful and renewable—but vulnerable to UV, moisture, and biological attack.
That’s why researchers and manufacturers are turning to waterborne coatings and nanocellulose (CNF) to make wood last longer.
🌱 Waterborne polymers are safer and low VOC.
Recent innovations include self repairing networks and flexible acrylic systems that prevent cracking as wood expands and contracts.
🌳 Nanocellulose (CNF) makes coatings stronger and more durable:
• Higher strength and hardness
• Better scratch resistance
• Improved UV protection
• Stronger adhesion to wood
📈 The global wood coatings market is projected to reach $15.18B by 2030.
Environmental regulations and renovation trends are accelerating the shift toward sustainable materials.
The combination of nature derived nanomaterials and advanced waterborne chemistry is redefining the future of wood protection.

Let‘s discuss!
Blog: https://kojiteramotophd.hatenablog.com/

References
• Gholamiyan, H., et al. (2022). Materials.
• Laleicke, P. F., & Hubbe, M. A. (2025). BioResources.
• Bobadilha, G. S., et al. (2020). BioResources.
• Chervenak, M. C., et al. (2026). CoatingsTech.
• Vest, B., et al. (2026). CoatingsTech.
• MarketsandMarkets (2025). Wood Coatings Market Report.
• Xiamen Jintianran Environmental Protection Technology (2025).
• Rawlins, J. W. (2026). CoatingsTech.
• Woodoc (n.d.). Technical Data Sheet.

21/01/2026

How NIPAM is Making Offshore Energy Greener and Cheaper
🌊 Traditional "anti-freeze" for subsea pipelines requires massive volumes of toxic chemicals. Enter NIPAM—a smart polymer that works at ultra-low concentrations (0.1%).
✅ Eco-Friendly: Low toxicity and biodegradable.
✅ Proven Results: Successful deployments in the Gulf of Mexico and the North Sea.
✅ Smart Tech: Can be recovered with magnets to protect our oceans.
Website: https://www.kjchemicals.co.jp/en/
Blog: https://kojiteramotophd.hatenablog.com/

Reference:
Ming Zhang , Pengcheng Li , Gen Li , Jie Wang , Bingyue Han , The Research
and Application of Low-Dose Inhibitors for Solid Hydrate Prevention in Multiphase Transportation Pipeline, Journal of Pipeline Science and Engineering (2025), doi: https://doi.org/10.1016/j.jpse. 2025.100427