--- title: Webinar - Successfully Integrating Nanomaterials into Your Products description: It is common knowledge that the unique properties of nanomaterials offer extraordinary potential in a number of applications. These are properties that virtually every industry is attempting to leverage to produce differentiated and high-performing products. So, why is it challenging for these industries to integrate nanomaterials into products and what steps can you take to increase your likelihood of success? image: https://info.cerionnano.com/hubfs/4.25%20Webinar-1.gif --- [![Cerion Nanomaterials](https://no-cache.hubspot.com/cta/default/21218333/f28521b6-045d-4b8a-9027-b6c065e0a1a0.png)](https://cta-redirect.hubspot.com/cta/redirect/21218333/f28521b6-045d-4b8a-9027-b6c065e0a1a0)   **Call us Today! +1-585-440-6076  ** On-Demand Webinar: # Successfully Integrating Nanomaterials into Your Products ## How to overcome the technical challenges that researchers and developers face when bringing nanomaterial-enabled products to market --- ## What This Webinar Covers Product developers and researchers across every industry experience one main challenge when working with nanomaterials: successful product integration. It is common knowledge that the unique properties of nanomaterials offer extraordinary potential in a number of applications. These are properties that virtually every industry is attempting to leverage to produce differentiated and high-performing products. So, why is it challenging for these industries to integrate nanomaterials into products and what steps can you take to increase your likelihood of success? Cerion has heard these struggles first hand from the numerous companies we have spoken to and work with. Spanning 40+ industries, we've helped these companies successfully leverage nanomaterials and integrate them into their products or applications for differentiated performance. Join Cerion’s EVP of Research, Dr. David Sandford, Senior Scientist, Dr. Andrew Zane, and EVP of Sales, Chris Skipper, as they discuss the technical and process related factors that you should consider. Complete the form to gain access to this webinar. --- #### Watch This Webinar Complete this form to watch the Webinar: Successfully Integrating Nanomaterials into Your Products ## Webinar Agenda ![Challenge_Icon_1](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Challenge_Icon_1.png?width=64&height=64&name=Challenge_Icon_1.png "Challenge_Icon_1") ### Challenges What are the biggest challenges researchers and product developers experience when incorporating nanomaterials into their products? ![Dispersion_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Dispersion_Icon.png?width=64&height=64&name=Dispersion_Icon.png "Dispersion_Icon") ### Dispersions How can you ensure nanoparticles remain monodisperse and stable in a dispersion and why is it important for product integration? ![Particle_Size_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Particle_Size_Icon.png?width=64&height=64&name=Particle_Size_Icon.png "Particle_Size_Icon") ### Particle Size What methods can be used to control particle size for a specific use case and what sizing details are critical to understand?   ![Approach_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Approach_Icon.png?width=64&height=64&name=Approach_Icon.png "Approach_Icon") ### Finding the Right Approach There is no one-size-fits-all approach when it comes to nanomaterials. What is the best approach for your business and product - catalog or custom? ![Surface_Chemistry_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Surface_Chemistry_Icon.png?width=64&height=64&name=Surface_Chemistry_Icon.png "Surface_Chemistry_Icon") ### Surface Chemistry Why is the surface chemistry of a nanoparticle important for successful product integration and how can you control it? ![Manufacturing_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Manufacturing_Icon.png?width=64&height=64&name=Manufacturing_Icon.png "Manufacturing_Icon") ### Scale-Up and Manufacturing What steps can be taken to improve the likelihood of manufacturing custom nanomaterials and commercialization requests?  ![Integration_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Integration_Icon.png?width=64&height=64&name=Integration_Icon.png "Integration_Icon") ### Ensuring Seamless Integration What methods can be used to ensure nanomaterials easily integrate into products and are compatible with downstream processing conditions? ![Composition_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/Composition_Icon.png?width=64&height=64&name=Composition_Icon.png "Composition_Icon") ### Composition When does nanoparticle composition become important and how can you leverage it to fine tune properties? ![QA_Icon](https://info.cerionnano.com/hs-fs/hubfs/Webinar%20Icons/QA_Icon.png?width=64&height=64&name=QA_Icon.png "QA_Icon") ### Live Q&A Get the information you need from the session with an opportunity to submit questions prior to the webinar or ask during the session.  ## Meet Our Speakers ![Dave Headshot](https://info.cerionnano.com/hubfs/Webinar%20Icons/Dave%20Headshot.png "Dave Headshot") **DAVID SANDFORD, PhD** ***Cerion Executive Vice President - Research*** Dr. Sandford earned his PhD in Inorganic Chemistry from the University of California Berkley. He has 28 Years industry experience with applied expertise in:  - Synthesis, characterization and commercialization of novel antimicrobial actives, metal oxide catalysts, fuel additives and polishing agents - Nanomaterials for medical imaging, high refractive index plastics and fuel cells - Creating nanoparticle formulations in polar and nonpolar media incorporating a wide range of stabilizing chemistries --- ![Andrew Headshot](https://info.cerionnano.com/hubfs/Webinar%20Icons/Andrew%20Headshot.png "Andrew Headshot") **Andrew Zane, PhD** ***Cerion Senior Scientist*** Dr. Zane earned his PhD in Analytical Chemistry from Ohio State University. He has over 10 Years of experience in the nanotechnology industry with applied expertise in: - Antibacterial composite materials utilizing nitrogen doped titanium dioxide nanoparticles - Particle synthesis and characterization, polymer composite characterization, and bacterial toxicity assays - Custom design and scale-up of metal, metal oxides, and ceramics for use in a broad range of applications and systems - Design for Manufacturing implementation for ensuring successful transition from applied research through scale-up and manufacturing - Identifying and optimizing synthetic routes to meet customer needs   --- ![Chris Headshot](https://info.cerionnano.com/hubfs/Webinar%20Icons/Chris%20Headshot.png "Chris Headshot") **Chris Skipper, M.B.A.** ***Cerion Executive Vice President - Sales*** Chris earned his M.B.A. in Finance, Marketing, and Strategy from the University of Rochester. He has over 8 Years of experience in the nanomaterial industry with applied expertise in: - Technical consultation and project management - Project feasibility and tech-economic analysis for project cost vs goals evaluations - Intellectual property and confidentiality - Phase / Gate project planning through all steps of the product lifecycle including:  - Applied research - Development - Scale-Up - Commercialization - Manufacturing ![orange-triangle-for-email-accent](https://info.cerionnano.com/hubfs/Campaign%20Assets/Accent%20Graphics%20(e.g.%20arrows)/orange-triangle-for-email-accent.png "orange-triangle-for-email-accent") ## Nanomaterial Services [![Asset_DESIGN_Wht](https://info.cerionnano.com/hs-fs/hubfs/Campaign%20Assets/Icons/Asset_DESIGN_Wht.png?width=150&height=150&name=Asset_DESIGN_Wht.png "Asset_DESIGN_Wht")](https://cerionnano.com/design/) ## [Design](https://cerionnano.com/design/) High degree of precision control over nanoparticle size and technical attributes to maximize nanomaterial performance [LEARN MORE](https://cerionnano.com/design/) [![Asset_SCALE-UP_Wht](https://info.cerionnano.com/hs-fs/hubfs/Campaign%20Assets/Icons/Asset_SCALE-UP_Wht.png?width=150&height=150&name=Asset_SCALE-UP_Wht.png "Asset_SCALE-UP_Wht")](https://cerionnano.com/scale-up/) ## [Scale-Up](https://cerionnano.com/scale-up/) Proven ability to scale-up nanoparticles 1,000 to 10,000x their lab-scale counterparts while preserving critical design parameters [LEARN MORE](https://cerionnano.com/scale-up/) [![Asset_MANUFACTURE_Wht](https://info.cerionnano.com/hs-fs/hubfs/Campaign%20Assets/Icons/Asset_MANUFACTURE_Wht.png?width=150&height=150&name=Asset_MANUFACTURE_Wht.png "Asset_MANUFACTURE_Wht")](https://cerionnano.com/manufacturing/) ## [Manufacturing](https://cerionnano.com/manufacturing/) Infrastructure designed to ensure companies can acquire cost-effective nanoparticles at pilot and industrial scale volumes [LEARN MORE](https://cerionnano.com/manufacturing/) ## Ready to learn more about Cerion? Whether you have proof of concept or are interested in establishing proof of concept, Cerion can help. Our solutions-based approach allows us to quickly provide you with optimized candidate materials based on your specified product application to enable you to rapidly enable a path towards commercialization. Our team acts as an extension of your development team, following your lead to ensure both fit and scalability for commercialization. From the material design stage, through scale-up and manufacturing – we focus on providing you with the customized materials you require. Our in-house teams of researchers, analytical chemists and engineers have decades of experience working with an expansive list of metal, metal oxide and ceramic nanomaterials, allowing our customers to rely on us no matter how much nanomaterial expertise they have coming into our partnership.  Interested in talking to our team about our capabilities or an upcoming project? [Contact us](https://cerionnano.com/contact/) to schedule time. [Contact Us](https://cerionnano.com/contact/) [![Cerion Nanomaterials](https://no-cache.hubspot.com/cta/default/21218333/f28521b6-045d-4b8a-9027-b6c065e0a1a0.png)](https://cta-redirect.hubspot.com/cta/redirect/21218333/f28521b6-045d-4b8a-9027-b6c065e0a1a0) [Follow us on LinkedIn](https://www.linkedin.com/company/cerionnanomaterials) [Follow us on Twitter](https://twitter.com/CerionNano) [Follow us on Facebook](https://www.youtube.com/channel/UC4R-UseIk7K1Lhv3JuGoDSQ) © 2023 Cerion, LLC. All Rights Reserved | [Privacy Policy](https://cerionnano.com/privacy/)