Annika Kong ( SuNPe)’s Post

A product with tradition: Denka Spherical Alumina is one of the products which is derived from Denka's unique and longstanding high temperature melting technology. This highly thermally conductive filler can be used for various resins and rubbers with a high filler loading. It provides high thermal conductivity and an improvement of the surface hardness. The particle size distribution can be adjusted depending on the application. We offer many different particle sizes, ranging from submicron up to 150μm. Denka Spherical Alumina is mainly used in the field of automotive and electrical industry. It can be used especially as a thermally conductive filler for thermal interface materials, filler of Epoxy Molding Compounds for semiconductor packages, filler for thermal plastic and powder for mold release of ceramics sintering. #thermalmanagement #heatdissipation #ceramics #thermalplastic #semiconductor

Surface coloring treatment technology of titanium and titanium alloys

Ever wondered about the role of silicon in aluminum alloys? 🤔 Here’s a quick explanation and why it’s crucial in die casting. Silicon is a key element in aluminum alloys, particularly in the die casting process. Its primary functions include: Improving Fluidity: Silicon lowers the melting point of aluminum, enhancing its fluidity. This allows the molten alloy to fill intricate molds more effectively, ensuring precise and complex shapes. Increasing Strength and Hardness: Silicon contributes to the alloy's overall strength and hardness. This is essential for creating durable components that can withstand high-stress environments. Reducing Shrinkage: During solidification, silicon helps minimize shrinkage, leading to fewer defects and higher dimensional stability in the final product. Enhancing Corrosion Resistance: Silicon improves the corrosion resistance of aluminum alloys, making them suitable for applications exposed to harsh conditions. At CANEX, we leverage the benefits of silicon in our aluminum die casting processes to produce high-quality, reliable components. Understanding the role of alloying elements like silicon helps us innovate and improve our manufacturing techniques continuously. #Metallurgy #EngineeringTips #DieCasting #AluminumAlloys #Manufacturing #CANEX

Bonded Magnets: Paving the Way for Sustainable Magnetic Solutions Bonded magnets are composite magnets made from a mixture of magnetic powder and a binding material, usually a polymer or resin. Unlike sintered magnets, which are formed through high-pressure compaction and intense heat, bonded magnets are created using methods like injection molding, compression molding, or extrusion. Learn More: https://lnkd.in/e8kE7yy6 #BondedMagnets #RingMagnets #SustainableMagnets

Learn more about titanium metal processing with MIM technology.

Anodizing is an electrochemical process that oxidizes the metal surface to form an oxide film. Here are the general steps for anodizing: Clean metal surfaces: Use stain removers and cleaners to clean metal surfaces to remove grease, dust and other impurities. Pretreatment: Soaking the metal surface in an acidic solution to remove oxides and other impurities from the surface. Anode treatment: Use metal products as anodes, immerse them in an electrolytic bath containing electrolyte, and apply direct current. During the electrolysis process, an oxide film forms on the metal surface. Dyeing (optional): Soak metal products in dye to change the color of the oxide film. Sealing treatment: Soak metal products in sealant to enhance the corrosion resistance and wear resistance of the oxide film. #Anodizing #Surface treatment #Metal finishing #Electroplating #Corrosion protection #Coating technology #Aluminum anodizing #Electrochemical processes #Industrial coatings #Metal fabrication

Resin centerless grinding wheel: High-efficiency batch cylindrical grinding. The cylindricity accuracy of processed workpieces is high, and the size consistency is good. After fine grinding, the surface finish of workpieces is excellent. Application fields: Mainly used for processing materials such as cemented carbide, ceramics, magnetic materials, stainless steel bars, semiconductor materials, PDC composite sheets, etc.

In the realm of tool and die, selecting the right carbide composition is crucial for optimizing performance and durability. With advancements in carbide technology, understanding the impact of grain size, metal binder content, and additional alloy components is key to finding the perfect match for your application. Discover how carbide's properties, from wear resistance to toughness, are shaping the future of manufacturing tools. #carbide #toolanddie

Acetal Copolymer, commonly known as polyoxymethylene, is a crystalline polymer derived from the polymerisation of formaldehyde. Despite its relatively recent discovery in 1960, it has rapidly gained popularity due to its exceptional mechanical features, stability in humidity and ease of machining. 👌 Acetal is a go to for intricate components with tight tolerances such as, bearings, cams and gears. Find out more: https://bit.ly/3MxeOVP #Engineering #UKMfg #MachiningPlastics #EngineeringPlastics #Manufacturing #UKmfg

Plastic Forming Process of Thick Wall Titanium Tee