California Nanotechnologies Corp V.CNO

Alternate Symbol(s): CANOF

Financial Services Insurance - Diversified

California Nanotechnologies Corp. is engaged in the development of nanocrystalline materials through grain size reduction. The Company’s core technologies include Spark Plasma Sintering (SPS) and Cryogenic Milling. SPS is an advanced sintering and bonding technique for all varieties of materials including metallic alloys, high-temp ceramics, high entropy alloys, and everything in between. It provides powder consolidation and material bonding toll services via its multiple SPS systems for everything from fundamental research and development to production. Cryogenic Milling is a powder processing technique used for particle size reduction (to nano scale), mechanical alloying and nano-grain refinement. It provides toll services for research and development along with production and has multiple milling systems on-site. Other services offered by the Company are spark plasma sintering and hot-pressing tooling fabrication and design, wire electrical discharge machining (EDM), and others.

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California Nanotechnologies Corp

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California Nanotechnologies Inc (TSX.V: CNO.V, OTCMKTS: CANOF) reposted this

Join us on Day 1 at the Technology Showcase for the presentation - Rapid Material Development and Component Production via Cryogenic Milling and FAST Spark Plasma Sintering.

Presented by: Christopher Melnyk, Director of Business Development, California Nanotechnologies Inc

Showcase Description: This presentation explores the advantages of combining advanced cryogenic milling and Field-Assisted Sintering Technology (FAST), also known as Spark Plasma Sintering (SPS). These processes offer a revolutionary approach to synthesizing novel materials, particularly High Entropy Alloys (HEAs) and high-temperature ceramic composites. Cryogenic milling, performed below -150°C, creates powders with controlled microstructures and particle sizes ranging from conventional to nano-scale. FAST SPS diffusion bonds solids and rapidly consolidates powdered materials into dense, high-performance components using pressure and pulsed direct current, resulting in several advantages.

These integrations reduce processing time and allow for rapidly exploring various compositions and structures. The developed materials exhibit superior mechanical, thermal, and corrosion properties, making them ideal for arrays of emerging technologies including Hypersonics, Fusion, and Green Energy. This approach facilitates the rapid resolution of material property challenges and enables the direct production of bulk materials and complex geometry components from novel material solutions.

View the full conference agenda: https://lnkd.in/eyPvDQQc

Register for free: https://vist.ly/3ghha

AMU24 TheAdvancedMaterialsShowUSA MST24 AdvancedMaterials Nanotechnology Ceramics Conference Expo Science Graphene Materials