Graphene’s promise as a “wonder” material has captivated researchers and industries worldwide for decades. Yet, a critical aspect often overlooked is the solids content and stability of graphene liquid dispersions. Let’s dive into why these factors are so critical to wider adoption of graphene and how NanoCrete is revolutionizing the field.
Unveiling the Dilution Dilemma
Most commercial graphene products on the market are in liquid dispersions – graphene flakes suspended in water or ethanol. The catch? Typical dispersions contain only 0.5% to 2.5% graphene by volume. For every liter purchased, you’re getting 975-995mL of liquid and only a few grams of actual graphene.
Standard dispersion breakdown:
- Water-based: 0.5-2.5% solids content
- Ethanol-based: 0.5-1.5% solids content
This dilution leads to higher costs, larger storage needs, and complex handling processes. But there’s another critical issue: stability.
The Stability Challenge
Conventional liquid graphene dispersions face a significant hurdle – phase separation. Many begin to separate within weeks or months, sometimes even just days, rendering the product unusable. This instability forces users to either use the product quickly or risk waste, limiting long-term storage, flexible application, and increasing costs.
NanoCrete’s Game-Changing Solution
Our patent-pending technology in our products addresses both concentration and stability:
- High Concentration: We currently offer products at 5% and 15% graphene solids content, though our innovation allows up to 45% solids content – a massive leap from industry standards, and that is due to our novel method of suspending graphene.
- Extended Shelf Life: Our products remains stable for up to 18 months with ZERO chance of phase separation, dramatically outperforming other products.
These dual innovations offer:
- Cost-effectiveness: More usable graphene at a lower cost per gram.
- Reduced logistics: Much lower shipping and storage costs.
- Simplified integration: Higher concentrations ease incorporation into various applications.
- Flexibility: Long shelf life allows for strategic planning and use.
- Sustainability: Our method of dispersion significantly reduces the environmental impact both in our technology and for your product/process.
Real-World Impact
Consider graphene-enhanced concrete. Traditional liquid dispersions products might require up to 2 liters to get 15 grams of graphene. Our NanoJelly product? Only 300mL. This efficiency isn’t just about numbers – it’s about making graphene practical across industries, from concrete construction to electronics, energy storage to aerospace.
Moreover, the extended shelf life means less waste, more consistent results, and the ability to stock up without fear of degradation.
Don’t Dilute Your Dollars
As we push material science boundaries, focus must shift to efficient, stable delivery methods with significantly higher solids content. NanoCrete’s high-concentration, long-lasting graphene jelly isn’t just an improvement – it’s a paradigm shift in the way graphene is suspended, ensuring its much-anticipated global adoption occurs much faster than otherwise possible.
For those held back by graphene’s practical and cost constraints, the door is now wide open. Current graphene users, it’s time to rethink your supply chain and processes.
The future is here – concentrated, stable, and cost-effective. STOP BUYING WATER, START BUYING GRAPHENE!
What impact could high-concentration, cost-effective, and stable graphene dispersions have on your industry? How might this reshape your approach to integrating graphene into your products/processes? Share your thoughts in the comments!