Particle Works

We offer highly monodisperse (CV values <10%) nanoparticles for applications in catalysis. Discover the benefits: http://ow.ly/r0KD30ktx4w

What are the benefits of using lateral flow particles with precisely controlled parameters? Our webpage reveals all!: http://ow.ly/9emW302eFiK

Our nanomaterials benefit a wide range of applications...take a look!: http://ow.ly/UPen302oxeN

Our products have a range of applications such as bioimaging, catalysts and targeted drug delivery http://ow.ly/lXn4302eFiJ

Nanostructured magnetic materials have powerful properties useful in biomedics & industry: https://t.co/1 PvhC3NH1u

For peak performance in #nanomaterials, you need precise control of parameters like size, shape & architecture. We can help! http://ow.ly/BHZR302eFiP

We have world leading capabilities and expertise in microencapsulation. Take a look: http://ow.ly/q4VD30jPQp1

Click here to find out about our products: metal nanoparticles, quantum dots & hydrogels: http://ow.ly/sT3E30jPEfE

Our brochure has all the information about the peak performance nano- & microstructured materials that we supply & the applications they're used in: http://ow.ly/svAP30iwOvo

In 3D cell culture growth, a bead-based environment closely mimics in vivo conditions. This means there's greater access to nutrients and better cell-cell interactions. We actually provide a range of alginate and agarose hydrogel beads ready for you to use in your research http://ow.ly/YcYe30j9U9z

Researchers need to know the composition and concentration of the materials they use in order to work effectively with them. So we provide them with comprehensive characterization data with every sample shipped http://ow.ly/BGqQ30j9TFi

Catalytic performance often corresponds to specific particle size, shape, and architecture. We offer a range of highly monodisperse (CV values <10%) nanoparticles for applications in catalysis http://ow.ly/1CXI30j9SGO

We create high performance nano-and microstructured materials ready for you to use in your scientific application: http://ow.ly/MPON30j9S9I

Nanoparticle suppliers tend to provide non-uniform or polydisperse quantum dots with a range of sizes, shapes and architectures, which can mean that emission spectra is broad and benign. Our quantum dots are highly monodisperse with narrow emission profiles, making them the best choice for applications like photovoltaic devices, light emitting diodes (LEDs) & photocatalysts http://ow.ly/Rmze30iwRdi

It's easy to say that we're fantastic at manufacturing high precision particles, but we have the proof to back it up! Have a look at our Downloads page to see size distribution data and images of the nanoparticles, quantumdots and agarose beads we produce: http://ow.ly/1yuJ30iwOME

Fancy a look at our brochure? It's got information about the peak performance nano- and microstructured materials that we supply and the applications they're used in: http://ow.ly/CtYe30iwOzN

The performance of magnetic nanoparticles is critically dependent on particle size, shape and architecture, which is why we supply detailed, high-quality characterization data with the magnetic particles we produce http://ow.ly/2M4u30iwOsE

In 3D cell culture growth, a bead-based environment closely mimics in vivo conditions. This means there's greater access to nutrients and better cell-cell interactions. We actually provide a range of alginate and agarose hydrogel beads ready for you to use in your research. Alginate and agarose without the agaro (sorry, couldn't resist...) http://ow.ly/EPkp30iwNKn