Stop Adapting. Start Co-Creating.
We're not just a supplier; we are your dedicated R&D partner, co-developing nanomaterials precisely engineered for your breakthrough applications.
Explore Our MaterialsTechnology: Advanced Nanoparticle Dispersions
At Chemini, we are pioneering the next generation of materials for high-performance optoelectronic devices. Our core technology revolutionizes the use of metal oxide nanoparticles by overcoming long-standing challenges of stability and processability.
Learn MoreThe Challenge
Conventional metal oxide nanoparticles disperse only in highly basic aqueous solutions. This limitation creates serious obstacles for their practical use:
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•Stability Issues
Particles aggregate and settle over time
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•Solvent Compatibility
Work only in strongly alkaline environments
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•Integration Barriers
Hard to combine with advanced materials and device architectures
The Chemini Solution: Surface Functionalization
Our breakthrough technology directly addresses these limitations through a proprietary nanoparticle surface functionalization process.
Customized Ligands
We utilize specially designed ligands that chemically bond to the nanoparticle surface. This modification fundamentally changes the particle's interaction with its environment.
Superior Stability
This process delivers highly stable nanoparticle dispersions across a broad range of solvents, from polar to non-polar, effectively overcoming the limitations of conventional systems.
Enhanced Integration
Stable dispersions make it easy to add functional ingredients, enabling precise tuning of device performance and smooth integration into complex architectures.
Applications and Impact
Next-Generation Optoelectronic Devices
This core technology directly enables the advancement of next-generation optoelectronic devices. Our primary focus is on perovskite solar cells, where the stability and quality of the nanoparticle layers are paramount for achieving high efficiency and long operational lifetimes.
- •Compatible with n-i-p architectures
- •Compatible with p-i-n architectures
- •Versatile solution for research and manufacturing
Revolutionary Impact
By solving the fundamental problem of nanoparticle dispersion, Chemini is paving the way for more robust, efficient, and commercially viable electronic devices.
Ready to Transform Your Research?
Discover how Chemini's advanced nanoparticle dispersions can revolutionize your optoelectronic device development.
Interactive Product Dashboard
Comparative Particle Size (nm)
Technical Specifications: SuNano Series (SnO2 dispersions)
| Product | Concentration | Size | Solvent |
|---|---|---|---|
| SuNano15A | 15% | 10-15 nm | Water |
| SuNano15B | 15% | >20 nm | Water |
| SuNanoOL1 | 3% | 10-15 nm | Butanol |
| SuNanoOL2 | 9% | 10-15 nm | Butanol |
| SuNanoOL3 | 6% | 10-15 nm | 2-Methoxyethanol |
| SuNanoDL1 | - | 10-15 nm | Water (Sb doped) |
| SuNanoDL2 | - | 10-15 nm | Butanol (Cu doped) |
A Partnership Built for Discovery
We built our service on three pillars to address the core challenges researchers face.
Absolute Repeatability
Eliminate inconsistent batch results. With strict process control, we guarantee your material performs the same way every time.
Radical Customization
Go beyond off-the-shelf limitations. We tailor particle size, composition, and dispersion chemistry to your exact specifications.
True Scientific Partnership
Work directly with our materials scientists as part of your extended team, gaining expert insights and collaborative problem-solving.
From Challenge to Solution
Our transparent, three-step process is designed for collaboration and rapid results.
Consult & Strategize
We start by deeply understanding your technical challenge, performance targets, and application constraints.
Co-Development
Our scientists develop and iterate material formulations, providing samples for your validation at each milestone.
Scale & Optimize
Once validated, we establish a robust manufacturing process to deliver production-scale quantities with guaranteed quality.
Knowledge Hub
Application Note
Improving Catalyst Efficiency with Doped Ceranox Powders
Explore how our advanced Ceranox powders enhance catalytic reactions, offering superior performance and durability in various industrial applications.
Read More →Research Paper
The Role of Nanomaterials in Next-Gen Energy Storage
A deep dive into the cutting-edge research on how Chemini's nanomaterials are revolutionizing battery and supercapacitor technologies.
Read More →Case Study
Custom SuNano Dispersion for Advanced Medical Diagnostics
Discover how a custom-engineered SuNano dispersion enabled a client to achieve unprecedented sensitivity in their diagnostic assays.
Read More →Have a Material Challenge?
We thrive on complex problems. Tell us about the material you need, not the one you have to settle for. Let's build it together.