FineCell

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FineCell Welcome to FineCell — biobased cellulose nanofibers from Nordic forests. Follow for sustainable material solutions.

We share demos, applications & green chemistry innovations for cosmetics, batteries, coatings & beyond. FineCell is a Swedish clean-tech company founded in 2015. Our technology is based on years of research performed at KTH Royal Institute of Technology in Stockholm, Sweden. FineCell specializes in developing and producing high-performance cellulose nanomaterials that are used in a number of industrial applications.

25/09/2026

Thick at rest.
Smooth under pressure.
No oil-water separation.
The emulsion forms a soft continuous “string” after extrusion and then starts to build a shape.
This is enabled by cellulose fibrils.
-basedmaterials

23/09/2026

This Foam Feels Different — With Just 0.25% Cellulose Fibrils
What makes foam feel soft, creamy, and stable on skin?
In this short video, you can see how a small amount of cellulose fibrils — just ~0.25% — changes the behavior and feel of foam.

✅ Creamier, denser texture
✅ Foam that holds its structure
✅ Softer, more cushioned feel on skin
✅ Less “airy”, more controlled breakdown

By structuring the water phase, it’s possible to improve both foam stability and sensory experience — even at very low dosage.
Because in personal care, it’s not just about creating foam —
it’s about how it feels.

02/07/2026

How Do Cellulose Fibrils Absorb 100x Water? In this short video, you can see a simple but powerful transformation: the same material changes from a dry film into a thick, transparent gel. This behavior comes from its ability to absorb and retain large amounts of water — up to ~100x its own weight.

Why it matters:

· Strong water-binding capacity
· Efficient thickening at low dosage
· Smooth and stable formulations

A simple visual — but a powerful example of how material structure translates into performance.

12/06/2026

What does a serum containing RheoTouch feel like on skin?

In this short video, we show a simple moment of application — focusing on texture, spreading, and absorption.

You can observe:

· ✅ Crystal-clear appearance
· ✅ Smooth, effortless glide
· ✅ A light, silky transformation on skin
· ✅ Fast absorption with no sticky residue

A sensory experience that combines structure with a weightless feel.


11/06/2026

In this short video, we show a real application — focusing on texture, spreading, and after-feel.

You can observe:

· ✅ Smooth, creamy texture
· ✅ Easy and even spreading
· ✅ Light, non-sticky feel
· ✅ Clean, elegant finish

This type of sensory experience is enabled by a finely structured cellulose nanofiber network, allowing the formulation to spread easily while maintaining structure.

Because in cosmetics, performance isn't just about stability — it's about how it feels.


03/06/2026

Our biobased and multifunctional ingredient RheoTouch was launched at in-cosmetics Global 2026 in Paris. 🇫🇷

Real formulations.
Strong interest.
Non-stop visitors.

For the first time, our RheoTouch was presented in serum and cream applications by our partner Sollice Biotech, allowing people to see and feel the performance of our cellulose fibrils.

From lab to real products. We waited for this day too long.

22/05/2026

Heavy Particles Stay Suspended with RheoTouch (0.09%)
Same particles. Same conditions. Different results.
With just 0.09% RheoTouch, particles stay suspended in instead of settling.
Strong stabilization at low dosages, RheoTouch enables more efficient formulations.
📌 Launched at in-cosmetics Global 2026, Paris

18/05/2026

👀 Two transparent gels. Same concentration. Different behavior.

In this short video, we compare two structured gels at the same concentration.

Both look soft.
Both appear transparent.
Both hold their shape.

But when the spatula moves across the surface, a subtle difference appears.

Can you spot it?

💡 One of these gels is based on carbomer, one of the most established thickening systems in cosmetics and personal care formulations. Made from petroleum.

The other gel is based on our RheoTouch cellulose fibrils. Made from plant fibers.

Rather than giving away the answer here, we’ll let you decide:

❓Which one is which？

We’ll leave the answer in the comments.

And if you’re attending NYSCC Suppliers’ Day 2026 in New York (May 19–20), our partner Sollice Biotech will be exhibiting our RheoTouch at MMP Booth 1841.

Stop by and say hello if you’re there!

15/05/2026

Same material. Different concentrations:
0.25% -> 0.4% -> 1.0% -> 1.5%
At just 0.25%, the gel is already thick. At higher concentrations, it behaves like a paste and even moves with the spoon.

* strong thickening
* low dosage
* smooth texture

This is RheoTouch, our cellulose nanofiber-based ingredient.
📌 Launched at in-cosmetics Global, Paris

13/05/2026

A thick cellulose nanofiber gel can flow smoothly through a narrow syringe tip thanks to shear-thinning behavior.

That means:

· stable at rest
· easy to extrude
· fast structure recovery

Useful for cosmetics, personal care, and 3D bioprinting.

RheoTouch was launched at in-cosmetics Global 2026 in Paris this April.

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