Core Technologies
Our Core Technologies
NanoMicro holds core patented technologies for precise preparation of microspheres and related micro/nano materials. We enable precise and customized preparation of microsphere materials from micron to submicron and nanometer scales, addressing critical needs in pharmaceuticals, optoelectronic displays, electronic connectors, food testing, medical diagnostics, standard metrology, and environmental monitoring. We precisely control the size, morphology, material composition, and surface functionalization of microspheres to deliver high-quality micro/nano sphere products across industries.
Integrating interdisciplinary expertise in chemistry, physics, biology, materials science, and electronics, NanoMicro has accumulated numerous independent intellectual property rights through over a decade of continuous R&D and innovation:
Key technologies for precise control of micro/nano sphere particle size and size distribution
Key technologies for precise control of pore size, pore size distribution, and specific surface area of micro/nano spheres
Key technologies for surface modification and functionalization of micro/nano spheres
Scalable manufacturing process technologies for micro/nano spheres
Monodisperse Microsphere Preparation Technology
NanoMicro is one of the few companies worldwide capable of providing monodisperse polymer chromatography resins, offering a wide range of particle sizes and pore sizes at competitive prices.
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Precise Control of Microsphere Particle Size and Uniformity
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160 nm -
260nm -
456nm -
710nm -
806nm -
1.5μm -
5μm -
10μm -
30μm -
40μm -
80μm -
150μm
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Precise Control of Microsphere Structure/Morphology
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Bowling Bead -
Smart Sphere -
Sesame Sphere -
Giant Pore Sphere -
Hollow Sphere -
Microporous Sphere -
Nanotube Sphere -
Hairy Sphere -
Microporous Sphere -
Hollow Sphere -
Large Pore Sphere -
Solid Microsphere
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Preparation of Monodisperse Microspheres with Different Material Compositions
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Polystyrene -
Carbon Nanotube -
ZrO -
NiO -
SiO2 -
Carbonized Sphere -
Fluorescent Sphere -
Silicone -
Gold Plating Sphere -
Nick Plating Sphere -
PMMA -
Fe3O4
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Advantages of Monodisperse Chromatography Resins
Compared with polydisperse resins of the same type, NanoMicro monodisperse chromatography resins deliver superior separation and purification performance, higher product quality, greater purification efficiency, longer resin lifetime, and lower purification process costs. Ultimately, the purified products gain a distinct competitive edge in both quality and cost.
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Higher Dynamic Binding Capacity
Monodisperse resins exhibit steeper breakthrough curves, achieving higher binding capacity at the same breakthrough percentage;
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More Concentrated Elution
Monodisperse resins produce sharper and narrower elution peaks with better resolution, resulting in more concentrated elution, higher sample concentration, and smaller elution volumes for improved downstream concentration efficiency;
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Better Purification Performance
At the same product quality requirements (purity, yield), monodisperse resins allow increased loading to enhance process efficiency, or deliver higher purity products at unchanged loading and yield;
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Lower Back Pressure, Higher Efficiency
Monodisperse resins are less prone to frit clogging and allow the use of larger-pore frits, resulting in lower system pressure, higher flow rates, and better reproducibility for improved production efficiency;
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Extended Resin Lifetime
The uniform surface of monodisperse resins distributes stress evenly, reducing breakage and extending resin lifetime;
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Excellent Batch-to-Batch Reproducibility
Columns packed with monodisperse resins form stable, reproducible beds.
