Engineered Materials Solutions, LLC Wickeder Group’s Post

Before I can come up with a new design, I need to understand the old one. It's all about Nickel 🙄🤨🤪 isolated Nickel-Hydride and/or Nickel-Oxide 🥰😎👌 For more reading on Nickel cathode material, see Angew. Chem. Int. Ed. 2019, 58, 10434-10458.

Material with electrode selection

Useful tip. All details in one sheet 👍

Reason for Anodized layer hardness: The anodizing process creates a dense Aluminum oxide (Al2O3) layer with a porous structure. In ceramic form, aluminum oxide has crystalline structure and have hardness of 1400 HV. The layer formed on anodizing is amorphous aluminum oxide (Al₂O₃). This amorphous nature is a result of the electrochemical formation process, which does not allow for the orderly arrangement of atoms in crystalline structures. The amorphous aluminum oxide in anodized layers is still quite hard (350-500HV) but not as hard as its crystalline part. The dense part of the layer contributes to the hardness, while the porous part reduces the overall hardness. Share your opinion on this subject.

Sintered Porous Metal Filter Element Jintai can produce sintered porous metal filter elements of various materials and sizes, advantages:Uniform pore size；High-temperature resistance；Chemical stability；No particle shedding； https://buff.ly/2ZpWDeD #SinteredMetal #PorousFilters #IndustrialFiltration #MetalFilterTechnology #AdvancedFiltration #SustainableManufacturing #Engineering

Sintered Porous Metal Filter Element Jintai can produce sintered porous metal filter elements of various materials and sizes, advantages:Uniform pore size；High-temperature resistance；Chemical stability；No particle shedding； https://buff.ly/2ZpWDeD #SinteredMetal #PorousFilters #IndustrialFiltration #MetalFilterTechnology #AdvancedFiltration #SustainableManufacturing #Engineering

The #electroplatingprocess stands out as a key technique for metal surface finishing and enhancement, widely applied across various industries. This electrodeposition process creates a metal layer and has diverse applications. In nano/microfabrication, it is particularly used to deposit thicker metal films, typically greater than 5 μm. Various materials are employed in electroplating such as copper (Cu), nickel (Ni), and nickel-iron (Ni-Fe). Electroplating can be conducted at room temperature or lower, resulting in significantly reduced thermal stress compared to other methods in PPH tanks #Electroplatingtanks #engineered #tanks #fabrication

We love what we do! 🫶 🫴And that's why your materials are in good hands with us.   You have invested a lot of time and effort in the development of your material and would now like to know what it can withstand? We understand that. That's why our engineers use all their experience and care to test your materials and components. We find out what load limits your sample can withstand.   You can find out more about our material testing of metallic materials and connections here: https://lnkd.in/eHVaVXNM #materialstesting #metals

Dual Networks This type of network can be considered as interpenetrating networks connected through covalent bonds. The constituent networks differ significantly in their mechanical properties, crosslink density, and electrical charge. One of the networks is brittle and has densely crosslinked polyelectrolyte chains, while the other is flexible and consists of non-ionic polymer chains with longer crosslinks. The final hydrogel exhibits superior mechanical properties compared to either network individually. References: 1)Richtering, W., & Saunders, B. R. (2014). Gel architectures and their complexity. Soft Matter, 10(21), 3695-3702.‏ 2)Panteli, P. A., & Patrickios, C. S. (2019). Multiply interpenetrating polymer networks: Preparation, mechanical properties, and applications. Gels, 5(3), 36.‏

Our new year newsletter is out! Have a read here.... https://lnkd.in/dS67Bpc2 #industrynews #metallurgy #metallurgicalengineering #materialstesting #materialsengineering