The hottest link in the hydrogen energy industry chain is hydrogen production. As of 2016, there were less than 10 water electrolysis hydrogen production equipment (electrolyzer) companies in the country. Nearly 200 companies are producing electrolyzers, which is the best interpretation of this enthusiasm . Of course, this data is still increasing. First, there are […]
Precision and ultra-precision machining are of the order of micro inch, sub-micro inch, and even nano inch. This is mainly applied in automobiles, home appliances, IT electronic information high-tech fields, and military and civil uses. Additionally, the realization of precision and ultra-precision machining technology has also driven the growth of machinery, molds, hydraulics electronics and
Current status and development trend of precision and ultra-precision machining Read More »
Precision metal parts are actively involved in today’s production process because they improve accuracy, reliability, and productivity in manufacturing. All these components are critical in applications of precision metal parts where high precision, delicate configurations, and high-quality materials are called for in industries such as aerospace, automotive, electronics, and medical device technology. With this component,
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Hydrogen is recognized as the fuel of the future and for very good reasons as well. One benefit is the generation of a new source of energy that is pollution-free and hence environmentally suitable. Of all the methods to produce hydrogen, water PEM electrolyzer technology , which is efficient in the production of hydrogen using
Working principle and structure of PEM electrolyzer Read More »
Photochemical machining, also known as photoetching, is an innovation in the manufacturing field. This technology is unique in precision manufacturing. This photochemical etching factory is highly useful due to the increasing requirement for complex metal products in electronics, automobile industries, aerospace, and medical instruments. Photochemical machining or Photochemical etching or simply Photo etching is an
Microfabrication is a key component for several industries, including electronics, medicine, and optics. It involves vapor deposition on a wafer and creates small features to a micrometer or nanometer level to drive smartphones, implant technologies, and more. Microfabrication Techniques Photolithography: Fundamentally it applies light to reproduce patterns on a substrate seen as in most techniques
What is Micro fabrication? It’s importance, techniques, trends, and process Read More »
The use of etched metal mesh for fashion and art, electronics, and renewable energy industries is steadily rising as this surface modification method delivers functionality, durability, beauty, and flexibility. The use of this new material is found to be a solution to problems in various disciplines due to its both practical and aesthetic character. In
The Revolutionary Uses of Etched Metal Mesh: From Fashion to Technology Read More »
In the actual process of building the new generation of efficient and environmentally friendly hydrogen technologies, PEM Water Electrolyzers play a special role. These electrolyzers are now at the forefront of the shift to more sustainable power sources with the increasing call for greener hydrogen. This article delves into the main components of PEM water
What Are the Main Components of PEM Water Electrolyzers? Read More »
In today’s environmental concern for green energy sources, proton exchange membrane (PEM) hydrogen fuel cells are sparks. These cells are rechargeable, entirely safe for the environment, and unquestionably central to shaping the future of both transport and energy networks. The following section will therefore review the applications of proton exchange membranes and their and types
What Are the Practical Applications of Proton Exchange Membrane Hydrogen Fuel Cells? Read More »
Photochemical etching or photo chemical machining is one of the most familiar manufacturing techniques for manufacturing various delicate products from metal substrates. However, this process has drawbacks: it is relatively expensive and suitable for selective metals only. To enhance their decision-making, industries relying on PCE need to know the limitations of photochemical etching. What
What are the Current Limitations of Photochemical Etching? Read More »