Register for free to join our community of investors and share your ideas. You will also get access to streaming quotes, interactive charts, trades, portfolio, live options flow and more tools.
Register for free to join our community of investors and share your ideas. You will also get access to streaming quotes, interactive charts, trades, portfolio, live options flow and more tools.
Merry Christmas brother! 2021 will be a time for taking:) happy new year!
I got some 8’s;) always adding!
This article has me thinking we are real close! Along with the doc you posted yday...
https://m.sohu.com/a/232276888_115362/?pvid=000115_3w_a
MA! Where’s the meatloaf!
Yes, patients pays off...there hasn’t been a more important time in the last 5yrs the now to hold tight...do you have anymore screenshots you like to share
Um hmm, if they released the patents what would be a telling sign?
10k commercialization is stated under Apple license, eontec license and liquidmetal market...
If this was to occur I’m thinking 8k?
Breakdown:
Liquid metal!
What? Do you know liquid metals?
Did you know it a long time ago?
Don't worry, don't worry.
Indeed, liquid metals coming out of science fiction blockbusters are very popular.
However, if you are asked to explain what liquid metal is.
Amorphous state? Metal?
Most people will give an unconfident answer.
(The editor will come to popularize science seriously)
There is a kind of metal material - amorphous alloy,
Its atomic structure and liquid are very similar.
Therefore, it is also called "liquid metal",
The particularity of disordered structure gives it
Excellent performance than traditional metal materials,
It is one of the most powerful materials found so far.
Liquid metal,
A metal that can be injected like plastic,
It breeds after steel and plastic
The Third "Materials Industrial Revolution",
It brings infinite vision of technological explosion to mankind.
(The editor will show off again)
At present, amorphous alloys mainly include iron-based, zirconium-based, magnesium-based and other amorphous alloys.
The "liquid metal" described in this film is the zirconium-based amorphous.
Huawei Mate Xs, a folding screen mobile phone that can be flexed and stretched,
The key material is to use this magical material.
In the consumption of electronics, sports equipment,
Automobile industry, medical devices and other fields,
Liquid metal has become one of the best choices for materials in key parts.
Industrial robots, thousands of accurate repeated movements every day.
Efficient and accurate work cannot be separated from the core component - harmonic gears.
Harmonic gears made of liquid metals are in precision molding,
Surface finish, etc.
It has better characteristics and better costs.
Liquid metal is made of headphones, which can obtain purer sound quality;
The surgical blade made has a sharpness close to ceramics;
In the automotive industry, liquid metals can be processed.
High-precision defect-free and more wear-resistant parts,
Significantly improve the service life.
In the military industry,
Liquid metal is one of the preferred materials for armor-piercing cores;
In the field of aerospace,
Structural materials made of liquid metal can greatly reduce weight.
It is equivalent to improving the thrust ratio of aeroengines;
"The revolution brought about by materials is very big.
The revolutionary significance of metal materials has become great.
Now amorphous alloys are a brand-new metal material.
It's exciting to think about it.
It is estimated that with the advent of the 5G era,
Consumer electronics market demand for liquid metals
It will be presented on a large scale.
The blue sea opened by scientific and technological innovation
It is gradually becoming clear before our eyes.
Leverage real life with the creativity of the microcosm,
Change the world with the courage and courage of pioneers,
This will be the prelude to the real arrival of the liquid metal era!
Materials are watching blockbusters.
This winter solstice, together with "The Talent of a Great Power"
Uncover the microscopic world of liquid metals!
The pillar of the country casts the talent of a great power!
Materials of a Great Power focuses on China's academic struggles, scientific researchers and industry elites struggling in the new material industry. Through large-scale series of documentaries, series of books, video interviews, media reports and other forms, it witnesses the growth trajectory of China's material people struggling bravely and forge ahead. " Materials of a Great Power records the development history of China's material industry from a material power to a material power from a unique perspective. Aim the lens at ordinary front-line industrial workers, scientific researchers and key figures in the transformation, upgrading and innovation of enterprises, truly record their wisdom, lives and dreams, vividly tell the story full of Chinese wisdom, and reproduce the hardships behind China's new materials industry from scratch to catch up with the world's advanced level. Touching journey.
"Talent of a Great Power" is not only a look back on the glorious history of China's material people and materials industry, but also a spur and encouragement for every material to build a material power, create a "great country" and strive hard to realize the great rejuvenation of the Chinese nation.
With "The Talent of a Great Power", I would like to pay tribute to the countless scientists, entrepreneurs and ordinary material people who quietly fought for the strengthening of China!
"Talent of a Great Power" - a documentary of exclusive material people!
The four-episode documentary of the first season of "Talent of a Great Power" has been released successively.
Millions of praise!
The first episode "Amorphous"
Tell you the historical story of the development of the iron-based amorphous industry in those years.
Episode 2 3D Printing
Show the magic of the hand of intelligent manufacturing
Episode 3 Carbon Fiber
Tell you the story of a country's strategic material "standing up".
Episode 4 Shi Changxu and China's New Materials Industry
Everyone should have a belief!
Carry forward the spirit of teachers and learn from the older generation of material personnel!
New Materials Online® focuses on video production in the new materials industry, and has created more than 100 successful cases. If you have video production needs such as large-scale documentaries, corporate propaganda films, industrial park propaganda films, live video, program production, etc., please click on the picture below to see more wonderful cases.
[Declaration] The copyright of this article belongs to this website. Please contact the customer service WeChat account of this website: suxueer0823. This article only represents the author's personal views, and the author does not assume express or implied warranties about the accuracy, reliability or completeness of the content. The content of the article is only for readers to learn and refer to, and does not constitute any investment and application suggestions. This site has the final right to interpret this statement.
This website respects intellectual property rights. Because of the need to sort out the materials, this article quotes some third-party data, pictures and other content. The intellectual property rights to which it belongs to the original author, and all the quoted content is marked with the source of the original text and the original author. If the copyright owner believes that this article is suspected of infringement or other problems, please contact us (contact information: 0755-86060912) to deal with it in a timely manner.
This website strives for rigorous and accurate data, but due to time and manpower constraints, the content of the article is inevitably leaked. If there is any major mistake and distortion, please don't criticize and correct it.
It’s not old, great find! I previously posted this info a couple weeks ago but the webpage would not work for some reason...winter solstice! Some here always knew CE is what will bring in the bang!
“It is estimated that with the advent of the 5G era,
Consumer electronics market demand for liquid metals
It will be presented on a large scale.
The blue sea opened by scientific and technological innovation
It is gradually becoming clear before our eyes.
Leverage real life with the creativity of the microcosm,
Change the world with the courage and courage of pioneers,
This will be the prelude to the real arrival of the liquid metal era!
Materials are watching blockbusters.
This winter solstice, together with "The Talent of a Great Power"
Uncover the microscopic world of liquid metals!”
It gets interesting: products shipped> enclosure base, machine, mounting arm, it sounds as if they are being used as a middleman? Possibility!?
What does it mean when patents become issued?
Thx again games, I have my theory on what’s occurring right now and it’s looking positive in my eyes!
Just last week, they held meetings with big institutional investors, “ready to work” is what every investor wants to hear!
The numbers should speak, I’m thinking we hear some news along the way...8c > 50c let’s go!
Adding to this, 5G base stations are being mass produced, and will carry liquidmetal (already posted info here) guess what comes next$$$$
There was a workaround with the 5G signal, you know that nice looking ‘window’ in the iPhone frame, from what I heard heat is a big problem with 5G, the real issue is that 5G is not ready, wifi 6 is powered from 5G or high gigabit fiber, however wifi 6 is only clocked at 6hz freq, aluminum and SS work but try holding your phone after extensive use...sub 6 5G is also a workaround until they get mmwave in play, in order for this to happen, technology has to make that leap. This is the reality we live in.
Some interesting q&a on eontec side here’s one of them: ready to work!
Integrated molding die casting is indeed the direction. To this end, what preparation has the company made?
Qingqinghong · 2020-12-18
Yian Technology Follow 2020-12-18
Hello! Thank you for your interest in the company. The company's integrated molding has done in the development of materials, the development of large-scale equipment, large-scale mold design, manufacturing research and development, molding process technology research and development, large-scale product machining equipment development, product anti-corrosion treatment technology research and development, large-scale plant design, etc. Ready to work. Thank you!
It was a matter of time before these new phones became reality, tri fold, foldables, rollable, they all point towards new material processes, Samsung was the trial company, they switched to liquidmetal, I’m sure the pop up cameras were in part a trial for rollable, thx for posting
Who’s the middleman...?
Yunhai Magnesium > liquidmetal
http://www.leadingir.com/trend/view/4043.html
Still undervalued...some news coming or same ol...?
Walmart?
This statement is old. Some good info on the products they were working on. I didn’t realize the address until after...
Liquidmetal Technologies, Inc., a materials technology company, designs, develops, manufactures, and sells products and parts from bulk amorphous alloys to customers in various industries in the United States and internationally. It offers components for non-consumer electronic devices, including aerospace components, medical devices, sporting goods, leisure products, automotive components, and industrial machines. The company also provides liquidmetal alloys for use in the medical/dental, automotive, non-consumer electronics, and sporting equipment. Its products related to medical devices include specialized blades, clamps, tissue suturing components, dental devices, and general surgery devices, as well as tissue manipulation devices and orthopedic instruments utilized for implant surgery procedures. In addition, the company offers sporting goods, including golf clubs, tennis rackets, archery, sporting arms, and scuba equipment; and leisure products, such as watchcases and knives. Further, it sells tooling and prototyping parts, such as demonstration parts and test samples for customers with products in development; and partners with third-party manufacturers and licensees to develop and commercialize liquidmetal alloy products. Liquidmetal Technologies, Inc. was founded in 1987 and is based in Rancho Santa Margarita, California.
https://ca.finance.yahoo.com/quote/LQMT/profile/
But why is this so undervalued? Maybe a lawyer could explain this?
I wouldn’t think this is a fair example, first and foremost we have two different markets, different potential here, a future market worth hundreds of billions, as opposed to a market worth hundreds of millions...
All good I purchased cheap shares along the way, blessing in disguise? Micro is 800mil cap
We are heavily undervalued, have always said this.
Curious if the sec knows that lqmt is undervalued?...
Look at their numbers:
“Revenue for the third quarter of 2020 was $0.6 million, compared to $1.2 million for the third quarter of 2019. MicroVision's net loss for the third quarter of 2020 was $2.8 million, or $0.02 per share, compared to a net loss of $6.1 million, or $0.05 per share for the third quarter of 2019. The Company ended the third quarter of 2020 with $5.0 million in cash and cash equivalents, compared to $5.8 million at the end of the fourth quarter of 2019.”
Share Statistics
Avg Vol (3 month) 3 7.38M
Avg Vol (10 day) 3 19.95M
Shares Outstanding 5 146.41M
Float 145.69M
% Held by Insiders 1 0.93%
% Held by Institutions 1 9.00%
Shares Short (Nov 30, 2020) 4 18.15M
Short Ratio (Nov 30, 2020) 4 4.29
Short % of Float (Nov 30, 2020) 4 12.46%
Short % of Shares Outstanding (Nov 30, 2020) 4 12.40%
Shares Short (prior month Oct 29, 2020) 4 20.44M
How does lqmt get paid?
This feels like a simple question no doubt, but the answer could be tied into a much more tangled web then any regular investor like myself can understand.
If I look at this simple question, I break this down and would ask more questions...
Why did TC announce in 2016 that lqmt would show profits in 2019?
Why did lugee issue a delay at OH 2017?
How did the TW affect lqmts business?
Timing is everything...
I suspect that Apple is a company that takes great pride in their eco system/products, but they also need to create competition in order for it to survive, (Microsoft/Google) (Samsung/Nokia).
Take a look at companies which took part in AMM in 2016 and then in 2020, looks like the market is beginning to open up.
A better question could be when and Not how?!
Thx josh for the breakdown...will poke around the net and post what I find, I’m sure something is coming up with Apple car
Thx games, can you recall if Apple issued CIP patents from 2018-2019? they may have been on a hiatus In This time frame with the trade war. Just a thought
I think lqmt realized they fk’d up when tony relayed to investors profits to happen in late 2018 early 2019...in saying that they issued a delay warning, now how long was that delay??
Introduction to the main contents of investor relations activities
I. Ms. Yang Jiedan, General Manager, introduced the basic situation of the company.
Founded in 1993, the company was listed on the Growth Enterprise Market of Shenzhen Stock Exchange in June 2012. Since its establishment, the company has been committed to precision die-casting of light alloys and new materials. Up to now, it has been precipitated by precision die-casting industry technology for more than 20 years. As a national high-tech enterprise specializing in research and development, design, production and sales of new materials, the company has a complete industrial chain integrating material research and development, precision mold development, precision die casting, numerical control finishing and surface treatment, which can provide customers with one-stop services and the best solutions. The focus of the company's development will be around three major businesses: large-scale precision die-casting, liquid metal and biodegradable high-purity magnesium medical implants.
II. Mr. Tang Guoping, Director of Operations, introduced the company's large-scale precision die-casting applications.
The company is one of the earliest enterprises in the world to lay out large-scale aluminum and magnesium alloy die-casting equipment. At present, the company and its holding subsidiary Chaohu Yi'an Yunhai have 4200T, 3500T and 2700T.
Large-scale vacuum die-casting equipment with different models such as 1600T can meet different specifications and large-scale
Production requirements of precision die-casting integrated products.
With the enhancement of people's awareness of ecological environment protection, vigorously implementing energy conservation and emission reduction and developing new energy have become the only way for the country's sustainable development. To achieve more endurance in the body weight loss of new energy vehicles, it is necessary to develop the overall integration of light alloys and mold traditional multiple parts through large-scale precision die-casting. At present, the company has realized the overall integrated application of new energy vehicle motors, electronic control, battery packs, dashboards, automotive doors and other products.
The company can provide customers with one-stop services from mold design and development, die-casting molding, finishing, surface treatment, testing, packaging and other processes on large-scale precision die-casting products. At present, the company has entered the supply chain of many well-known international and domestic customers such as Tesla, Ningde Times, BYD, Geely and so on.
III. Mr. Li Weirong, chairman of Magnesium Medical, a wholly-owned subsidiary, introduced the application of high-purity magnesium orthopedic implants
This paper introduces the medical application history of magnesium metal and the research and development process of the company's high-purity magnesium bone nails. Compared with magnesium alloy bone nails, the company's high-purity magnesium degradable bone nails have a single element, regardless of the multi-element toxicity effect. It has good biocompatibility, close mechanical properties to bone tissue, no stress blocking effect, and can be removed from secondary surgery. The product is mainly used in human fractures and bone mass fixation.
In January 2020, the company completed the first clinical trial case implantation of magnesium bone nails in China in Zhongnan Hospital of Wuhan University. Due to the outbreak of the novel coronavirus epidemic in China, the company's high-purity magnesium bone nail clinical trial process was affected to a certain extent. After the COVID-19 epidemic in China was effectively controlled, the company's project team has made every effort to promote the clinical process. At present, domestic clinical trials have been carried out in eight clinical hospitals. After ten years of accumulation, the company has built a super-first-class team, high technical barriers, strong partners and other core advantages in biodegradable medical magnesium alloy, which can promote clinical progress better and faster.
In May 2020, the company's high-purity magnesium medical bone nails obtained the EU CE certification of the world's first high-purity magnesium screws. In October, the company signed the Cooperation Agreement with the Clinical Hospital of the Republic of Batumi of Georgia and the International Innovative Medical Service Company of Georgia. Since then, the company has received an order for 1,500 medical magnesium bone nails from the Georgia International Innovative Medical Service Company. At present, the company is producing orders for high-purity magnesium bone nails in an orderly manner. Goods. It is also actively promoting the sales work of countries and regions that recognize EU certification. At the same time, the company is also promoting the certification of countries and alliances in important regions of the world, including the United States, Russia and other countries and alliances.
In addition to the application of high-purity magnesium bone nails, the company will also continue to develop the company's high-purity magnesium brackets and other related products, which are currently in the laboratory research and development stage.
IV. Mr. Gao Kuan, Chairman of Yihao Metal, a holding subsidiary, introduced the development and application of liquid metal products.
The performance and development process of liquid metals are introduced. Liquid metal, also known as amorphous alloy, is a new metal material with glass, metal, solid and liquid characteristics. Because there are no defects such as dislocation, lamination, grain boundary, etc., amorphous alloys show special mechanical characteristics. Its bending strength, tensile strength, elastic deformation, etc. are better than that of common materials (5 times stronger than conventional aluminum and magnesium alloys, 5 times that of 7 series aluminum, 3 times that of stainless steel, and 2 times that of titanium alloys). Because of the excellent physical and chemical properties of liquid metal materials and a wide range of technical applications, liquid metals have been widely used in consumer electronic products, new energy vehicle products, headphones, etc., and have begun to show broad application prospects in intelligent manufacturing, high-end sports equipment and aerospace.
The company's liquid metal products have been applied in batches on folding mobile phone hinges, mobile phone optical brackets, door locks, acoustics and other products. The company provides two liquid metal chain for the largest mobile terminal customers in China. The liquid metal FaceID brackets and camera modules produced by the company have been supplied to Xiaomi, OPPO and other well-known domestic mobile phone manufacturers in batches, and liquid metal locks are exclusively supplied to Tesla. The company is the only enterprise in the world that applies liquid metals to the automotive industry.
The company has entered in-depth research and development of robot gear washer fasteners, smart watches, golf heads and other series of products. At present, the liquid metal washer for couplings has provided corresponding products according to customer size and design requirements. The customer is conducting detailed testing and continuing to optimize the design according to the test results. Flexible Gear Company has jointly developed with customers and has provided liquid metal flexible gear billets according to customer requirements. The customer is optimizing and testing it. Liquid metals have also been supplied to customers in small quantities on medical devices.
V. Interactive communication
(I) The current and future customer situation of the company?
A: The company has disclosed the cooperating customers in its periodic report. In terms of new energy vehicle products, the company has cooperated with many well-known customers such as Tesla, Ningde Times, BYD, Geely, TKP and so on. In terms of liquid metals, the company has cooperated with Tesla, Xiaomi, Huawei, OPPO, Lansi Technology, etc. In the future, in addition to strengthening the cooperation between existing customers and projects, the company will also continue to dig deep into new customers and projects to provide customers with better products and better services.
(II) What is the synergy between LQMT and the company in the development of liquid metals?
Answer: As we all know the strength and influence of the American Liquid Metal Company (LQMT) in patent research and development, the Hong Kong Liquid Metal Company, which was funded by Mr. Li Yangde, the chairman of the company, controlled LQMT. As a related party of the company, we have signed a parallel license agreement with the company in terms of patents. As a manufacturer of liquid metals, we can participate in customer research and development in the early stage with the help of LQMT platform and customer groups, and provide customers with material solutions and applicable liquid metal products. At present, the company and LQMT have projects in cooperation.
(3) The competitors and profit margins of liquid metals?
Answer: At present, the liquid metal market has not formed a complete competition pattern, and very few enterprises can achieve industrial production, which is why the company has been constantly looking for and cultivating partners. It is difficult for only one supplier to enter the supply chain of well-known enterprises. We hope to find and support partners to expand the liquid metal market. The profit margin is also different for different products, but with the maturity of the production process and the increase of the good product rate, even if the customer's price is adjusted, a better profit can still be maintained.
(IV) The company is currently diversified and developing, and the three key industries span a large extent. How does the company view this problem?
Answer: The company's three key developments revolve around the application of new materials. For the company, the principle is the same. Liquid metals, magnesium alloys and aluminum alloys are only the differences in materials, and the production process and skills are common.
(5) The layout of the company's magnesium nail sales in the future?
Answer: The company's high-purity magnesium bone nail has been clinically carried out in 8 hospitals in China. In the first half of the year, the clinical impact of the epidemic, and the clinical process and follow-up of patients after implantation in various hospitals in the second half of the year still met expectations. After clinical completion, the company will register the product before it is listed for sale. On the one hand, the company has established its own sales team, on the other hand, it will also cooperate with channel providers and large medical institutions. After obtaining EU CE certification abroad, the company has signed a Cooperation Agreement with the Clinical Hospital of the Batumi Republic of Georgia and the International Innovative Medical Service Company of Georgia, and has received 1,500 orders from the International Innovative Medical Service Company of Georgia. The smooth promotion and sales of the company's high-purity magnesium bone nails in Georgia and the rapid realization of sales are the first step for the company's high-purity magnesium bone nail products to enter the EU national market. At the same time, the company is also promoting the certification of countries and alliances such as the United States and Russia.
(VI) Will magnesium nails go to the United States for clinical practice? How many now? What is the gross profit margin?
A: The company is already preparing for FDA registration certification in the United States. The price belongs to the company's trade secret, which is currently clinically in China and has not yet been listed for sale. The price and gross profit margin have not been determined yet.
(VII) The reason why Chaohu Yi'an Yunhai has lost so far?
Answer: Yi'an Yunhai needs to carry out system certification and customer product sample confirmation in the early stage. The product needs a long certification period from sample delivery confirmation to mass production, and it is also affected by the large fixed cost, production capacity, epidemic and other factors in the early stage, and has not achieved profitability. Chaohu Yi'an Yunhai is also constantly enhancing its core competitiveness and vigorously developing products that meet the needs of the market. At present, two large-scale die-casting machine equipment, two 4200T, one 3,500T, two 2700T and one 1600T have been put into production, which can meet the production needs of customers' different products. The first phase of the plant has been put into production, and the second phase of the plant has been built 34,590 square meters. At present, the main project has been completed and is undergoing internal and external decoration. There are many target customer groups in the Yangtze River Delta, and we are optimistic about the future development potential.
(8) The current progress of the company and Sanxiang New Materials, Ningde Times and Wanshun Group's magnesium alloy materials projects?
Answer: The investment framework cooperation agreement signed in the early stage has been announced, and there is no latest progress at present. If there is any further progress in the future, it will be announced in time.
(IX) What are the advantages of the company's overall integration of light alloys in automobile products compared with the production of many scattered components?
Answer: The company's overall integration of new energy vehicle products will form multiple parts through large-scale precision die-casting as a whole. The product will be lighter and meet the requirements of weight loss and increase range of new energy vehicles. Product performance and quality can also better meet customer needs. The company's overall integration has been applied in new energy vehicle motors, electronic control, battery packs, dashboards, car doors and other products through different large-scale die-casting equipment such as 4200T and 3500T.
The overall integration will also be the future development trend of automobiles. It integrates traditional automotive structural parts, takes integrated molding, and requires more refined materials, equipment, molds and processes. Based on the company's more than 20 years of experience in the precision die-casting industry and the precipitation of technology, the company will also combine market development and the actual needs of customer products. Jointly with equipment manufacturers, we jointly develop 6000T and above tonnage die-casting integrated molding equipment, integrate new energy vehicle parts, and achieve wider application in large-scale automobile die-casting products.
List of annexes (if any)
None
Date
December 16, 2020
https://np-info.eastmoney.com/wap/notice/?infocode=AN202012171441051740
“The company and lqmt have projects in cooperation”
“Liquid metals have been widely used in Consumer electronics, new energy vehicles, and headphones, etc.”
Sanxiang New Materials, Ningde Times and other enterprises jointly build magnesium and aluminum alloy projects
lisa Published on August 28, 2020 7:10:13 Clicks: 882
Metal zirconium, core wire for casting, single crystal electrofused aluminum and other products produced by Sanxiang New Materials
Die Casting Weekly (August 28, 2020 Shenzhen) Recently (August 26, August 26,), Sanxiang New Materials Co., Ltd. (hereinafter referred to as "Sanxiang New Materials") issued an announcement. In order to promote the company's strategic development plan and deployment of the new materials industry and continuously enrich the company's industrial chain, the company intends to work with Ningde Times New Energy Technology. Co., Ltd. (hereinafter referred to as "Ningde Times"), Jiangsu Wanshun Mechanical and Electrical Group Co., Ltd. (hereinafter referred to as "Wanshun Group"), Zhongshan Junda Equity Investment Management Enterprise (Limited Partnership) (hereinafter referred to as "Junda Investment"), Zhongshan Yintai Equity Investment Management Enterprise (Limited Partnership) (hereinafter referred to as "Yintai Investment") Joint investment in magnesium and aluminum alloy projects.
According to the announcement, the company intends to establish Ningde Wenda Magnesium Aluminum Technology Co., Ltd. (tentative name) in a joint venture with Ningde Times, Wanshun Group, Junda Investment and Yintai Investment. As the main body of the implementation of the magnesium and aluminum alloy project, it has a total investment of 300 million yuan and is registered in Shouning County, Ningde City, Fujian Province.
Among them, Sanxiang New Materials invested 105 million yuan, accounting for 35%; Ningde Times invested 75 million yuan, accounting for 25%; Wanshun Group invested 51 million yuan, accounting for 17%; Junda invested 27 million yuan, accounting for 9%; Yintai invested 4200 yuan. Ten thousand yuan, accounting for 14% of the investment.
Magnesium and aluminum castings produced by Guangdong Wenda Magnesium Industry
It is reported that Zhongshan Junda Investment and Yintai Investment are both controlling shareholders of Guangdong Wenda Magnesium Technology Co., Ltd. Founded in 2008, Guangdong Wenda Magnesium Industry is engaged in the research, development and application of magnesium alloy and magnesium-lithium alloy materials. It is committed to the research and development and production of lightweight precision and high-performance die-casting parts for automobiles. Its products are mainly used in new energy and automotive lightweight, rail transit, 5G communication, medical devices, industrial 4.0 equipment and Accessories and other fields.
Guangdong Wenda Magnesium Technology Co., Ltd.
According to the introduction, the product of this cooperation project is magnesium aluminum alloy. The density of magnesium alloy is 33% lighter than aluminum alloy and 77% lighter than steel. It is one of the lightest materials in industrial metal structure materials. Magnesium alloy has good damping and vibration absorption performance, which can greatly reduce and absorb shock energy for vibration noise. At the same time, it also has good heat dissipation, anti-electromagnetic interference, excellent casting and processing performance, good recovery and recycling, and has a wide range of applications in the automotive, aerospace and electronic communication fields. With the prospect, the market prospect is good.
Sanxiang New Materials said that the Investment Agreement signed this time is conducive to making full use of the resources and advantages of all parties, and can promote the industrialization and mass application of magnesium and aluminum alloy materials in China faster. This cooperation will be conducive to further improving the company's competitiveness and industry influence, and enhancing the company's overall profitability.
Location of Sanxiang New Materials Co., Ltd.
According to the data, Sanxiang New Materials Co., Ltd. was established in 1991 and is located in Shouning County, Fujian Province. It is engaged in the production and research and development of zirconium series products, single crystal corundum advanced grinding materials, casting core wires and related products, microsilicon powder and other products. It mainly produces six series of products, such as zirconia, zirconia metal, zirconia oxide, casting modified materials, single crystal electrofused aluminum, liquid metals, etc.
In March this year, the Shouning Sanxiang Zirconium-based Amorphous Alloy Project, which the company and Dongyu Yi'an Technology Co., Ltd. ("Yi'an Technology"), began construction. The two sides cooperate to cooperate and promote the application and promotion of amorphous alloys (liquid metals).
5G base stations accelerate the landing, and precision metal structures usher in new opportunities for development.
Published on 2020/6/10 8:51:54 Views: 2400
At the press conference on April 23, the Ministry of Industry and Information Technology said: We will strongly support 5G, artificial intelligence, industrial Internet, Internet of Things, Internet of Vehicles, big data, blockchain and other technological innovation and industrial applications, accelerate the construction of 4G and 5G base stations, and revealed that 500,000 new 5G base stations will be built throughout this year. The implementation of 5G base stations is accelerating. In order to ensure the signal transmission of various 5G equipment in the future, 5G communication chassis is being laid on a large area across the country. As a precision metal structure composed of base station communication equipment, the demand is also increasing.
1. Small metal filters have advantages in the 5G low frequency band
Under the future high-frequency development trend, dielectric filters and ceramic filters will become the mainstream of 5G base station filters, but metal cavity still occupy a certain market in 5G base station-related application scenarios. 5G active antenna requires the integration of antenna filters and RRUs into one module, in which the heat dissipation back cover and housing still require a large number of metal structures, and even the miniaturized metal filter is still competitive in the low-frequency band of 5G base stations.
Figure Small metal filter from Dafu Technology
The small metal cavity filter improves the metal processing process on the 3G/4G mature cavity filter scheme, so that the filter reduces the volume and weight of the filter under the premise of maintaining basic stability in performance, and meets the requirements of the 5G base station system. Compared with the medium filters and ceramic filters that are not mature for the time being and cannot meet the needs of mass production, small metal cavity filters have stable performance, mature process and can be used for rapid commercial use. In the 5G low frequency band (such as 2.6GHz) and the existing 4G band, small metal filters are still competitive and still have a certain market space. At present, most of the pilots are metal cavity filters. According to industry forecasts, there will be 2 in the low frequency band of metal filters below 2.6GHz. 0%.
At present, mass production of small metallized filters has been mass-produced. Wuhan Fangu has achieved mass sales of many models of all-metal and metal cavity + medium resonance rod form of 5G miniaturized filters. In addition, the enterprises currently producing 5G metal cavity filters include Dafu Technology, Chunxing Seiko, Dongshan Precision, Sega Technology, Guoren Radio Frequency, Guorui Technology, Yi'an Technology, etc.
2. Massive growth of 5G base stations, strong demand for semi-solid die-casting of metal heat dissipation shells
In the large-scale construction of 5G commercial base stations, in addition to the miniaturized metal filters used in the low-frequency band of 5G, other application scenarios of metal accessories will also be gradually expanded, especially the semi-solid die-casting shell with light weight and good heat dissipation performance. This is mainly due to the high-frequency transmission of communication equipment, and the conversion of part of the power energy consumed in the process of operation to heat energy, which raises the temperature of the equipment. In particular, the introduction of Massive MIMO technology in 5G base stations, the typical application is 64T64R. The typical power consumption of a single base station exceeds 3,500W, while 4G base stations mainly With 4T4R MIMO, the typical power consumption of a single base station is only about 1000W. Under high-frequency use, the temperature in the integrated cabinet of 5G base station keeps rising. In order not to affect the use of communication equipment, we need to find ways to improve the heat dissipation ability.
At present, in addition to metal heat sinks, heat pipes and heat transfer plates, and thermal conductive interface materials, the heat dissipation mode of base station structural equipment also requires the combination of die-casting shell and blow-out plate radiator parts to greatly improve the heat dissipation capacity of 5G base stations. Semi-solid die castings with light weight and good heat dissipation performance have been widely used in base stations.
Runxingtai 5G communication base station heat dissipation shell
The basic materials of 4G and its previous communication base stations are mainly aluminum alloy, but the power consumption of 5G base stations is 2.5 to 4 times that of 4G base stations, which means that the heat is increased. If the heat dissipation is not timely, it will seriously affect the stability of the network and the service life of the equipment. The upgrading of precision metal process technology will bring about a significant improvement in product value, which will promote the market scale of the thermal conductive industry to achieve significant growth after the arrival of the 5G era.
Picture Communication switch heat sink taken at the Zhongyuan Special Steel booth
Next, let's take a look at the preparation of semi-solid die-casting, the current popular process of 5G metal processing.
Semi-solid die-casting is a die-casting machine that melts semi-solid metals into a certain shape of metal molds to form precision die-casting parts, and then completes through CNC processing, surface treatment, electrical installation and other processes. The key point is that the die-casting machine of semi-solid die-state die-casting needs high pressure and high speed, which reduces the stomata content in the die-casting, improves the density, makes the die-casting smaller and lighter, which helps to improve the thermal conductivity of the die-casting.
Metal parts related to 5G AAU shell have high requirements for product size and precision, and need to be light and thin. Therefore, new requirements are also put forward for die-casting equipment and peripheral accessories. At present, the processing of related accessories of base station communication equipment is basically more than 3,500 to 4,000 tons, and even 4,500 tons of heavy die-casting machines to die-cast. Compared with traditional die-casting, this semi-solid automatic die-casting equipment also needs to add interface integrated pulping machines, and even increase die-casting mold temperature machines to control the temperature uniformity of the mold, prolong the mold life and improve the production effect. At present, domestic die-casting machine manufacturers have formed a three-legged pattern of strength, Yizhimi and Haitian. The import suppliers of foreign die-casting machine brands are mainly Beller, Yidra, Fulai and Yite.
Haitian Seiko will display the equipment for processing precision metal structural parts of 5G at the 3rd 5G Terminal Processing Industry Chain Exhibition held in 2020 (August 27-29) in Aibang.
Figure Heavy die-casting machine from Haitian Metal
5G base stations are smaller in size than 4G, the product structure is more refined, and the production process required is more complex. In order to meet the machining accuracy requirements of 5G equipment, high-precision machining machine tools are also known as the focus of CNC-related enterprise layout. It is understood that Haitian, Taiqun, Dior, Genesis and other enterprises have developed machine tools for high-precision processing of 5G equipment. At that time, these enterprises will display 5G metal processing equipment at the 3rd 5G Terminal Processing Industry Chain Exhibition (August 27-29) held in 2020 in Aibang. At the same time, the first filter full-process display line in China will be displayed at the exhibition site.
At present, precision aluminum alloy is an important structural material. All kinds of equipment in the communication industry have great reliance on aluminum alloy precision structural parts. The development of 5G communication provides a broad market space for the development of aluminum alloy precision structure manufacturing industry. At the same time, due to the thin-walled requirements of base station metal structures and light weight, material manufacturers are prompted to develop materials with smaller density and better thermal conductivity. Magnesium alloys have less density than aluminum alloys, but the thermal conductivity is only 60% of that of aluminum alloys. The key to breakthrough is to improve the thermal conductivity of magnesium alloys. It is understood that now manufacturers have developed magnesium alloy materials with better heat dissipation performance for 5G base stations.
Wanfeng Magnesium Industry launches high thermal conductivity magnesium alloy for 5G base stations from Weihai News Network
In the face of the coronavirus epidemic, 5G has also played an important role in the fight against the epidemic. The Ministry of Industry and Information Technology also recently issued the Notice on Promoting the Accelerated Development of 5G, requiring that all efforts be made to promote the construction, application and promotion of 5G networks, technological development and safety guarantees, give full play to the scale effect and driving role of the new 5G infrastructure, and support the high-quality development of the economy. The tide of base station construction will be inevitable. Base station radiators, photovoltaic inverter radiators, 5G optical modules, and even die-casting medium plates used in 5G mobile phones and other precision metal structures will usher in a new wave of demand peaks. Under such a background, filter manufacturers, metal processing, equipment and material manufacturers will be expected to take advantage of their own advantages. Realize technological upgrading, rapid industrial expansion and development, and enjoy the dividends of the 5G era.
The implementation of 5G base stations has been accelerated. The Ministry of Industry and Information Technology revealed that 500,000 new 5G base stations will be built in 2020. In order to ensure the signal transmission of various 5G equipment in the future, in addition to 5G non-metallic materials and precision metal structures will also usher in a new wave of demand peaks. Welcome 5G terminals, base stations and other communication equipment manufacturers, half Solid-state die-casting, blowing plate, liquid metal, powder metallurgy and other metal processing, equipment, aluminum/magnesium alloy, stainless steel and other materials manufacturers join in to communicate.
In order to further promote inter-industry communication, Aibang will hold the third 5G Processing Industry Chain Exhibition in 2020 on August 27-29 on Dongjihou Street, focusing on the upstream and downstream industrial chain of metal processing for 5G intelligent terminal applications, die-casting, gold stamping, MIM processing, CNC, die-casting machine, injection. Plastic machine, laser, detection; l aluminum alloy, magnesium alloy, aluminum, stainless steel, liquid metal, etc. Welcome to participate in or visit, have a closer technical exchange with 5G intelligent terminals, and connect resources.
I would be a buyer if this became available, very cool concept...
http://mguba.eastmoney.com/mguba/article/0/982705855
Found this interesting...yi’an yunhai June 2021
Ooooo that’s quick
Recently, rumors about Apple's car manufacturing have once again attracted industry attention.
According to DigiTimes, Apple is preparing to establish an automobile production line in the United States and has begun to discuss technical specifications and other issues with global automotive electronics suppliers. It is expected that "Apple Car" will be officially unveiled by 2024 to 2025. At the same time, Apple is currently working with TSMC to jointly develop self-driving chips.
In fact, there are long rumors about Apple's car manufacturing. As early as 2014, Apple announced a smart car research and development project called Project Titan, and "dig people" from Tesla, Chrysler, Volkswagen and other car companies. However, in 2016, it was reported that Apple had a huge difference in the research and development direction, leadership and technology of the project. The progress of the project was blocked and the focus of research and development was gradually shifted to the field of self-driving. After that, Apple's car-building plan became "pure and confusing".
But a series of recent news may indicate that Apple's "car-making dream" has not given up. Recently, Reuters reported that Apple has handed over its self-driving car division to John Giannandrea, the top head of artificial intelligence. The latter will oversee Apple's ongoing work on the self-driving system and ensure that the system can eventually be used in its own cars.
In addition, Apple has been applying for patents in the automotive field in recent years. It is reported that since the transformation of the automatic driving system in 2017, Apple has obtained more than 100 patents in the automotive field so far, with nearly 40 patents in 2020 alone, covering self-driving, body, software, safety and other aspects. At the same time, Apple's "Carplay" on-board system has been widely used in the automotive industry, and this series of operations has also increased the credibility and expectation of the outside world for the existence of "Apple Car".
Frequently dig Musk's "foot of the wall"
DigiTimes said in the report that Apple is currently learning about basic parameters such as the technical specifications of automobile products, as well as costs, product prospects and other indicators. Some suppliers are already starting to negotiate or send samples to them, and Apple may determine "Apple" in 2021. Car" supplier list, thus officially entering the car manufacturing stage.
Although the above news has not been confirmed by Apple, there are signs that Apple's "Project Titan" project may have returned to the integrated software and hardware research and development route, and the launch of "Apple Car" may only be a matter of time.
In terms of the introduction of relevant talents, in August 2018, Doug Field announced that he had joined Apple and served as the vice president of Project Titan. Previously, his position was Tesla's senior vice president, where he was responsible for vehicle engineering and manufacturing of Model 3.
Picture
Photo Source: Photo by Sun Tongtong, reporter of Every Classics
In April and July 2019, two Tesla vice presidents of engineering joined Apple. It is reported that the two were responsible for the powertrain research and development of Tesla Roadtser 2, Semi Truck and Cybertruck during their previous stay at Tesla, and the seat harness layout of vehicle interior engineering.
In the first eight months of 2018, Apple reportedly "poached" at least 46 former Tesla employees, including Autopilot, quality assurance, powertrain, mechanical design and firmware engineers, and several global supply chain managers. Tesla CEO Musk once joked that Apple hired all Tesla's laid-off employees and "if you can't get along with Tesla, you will go to work at Apple".
Based on this, Wall Street predicts that Apple's vehicle manufacturing plan is accelerating its return. Katy Huberty, an analyst at Morgan Stanley, said that Apple will continue to work on "vertical integration solutions", and its ultimate goal is to launch products that can compete with Tesla.
Tesla may meet its strongest opponent.
DigiTimes also mentioned that the relevant parts supplier said that Apple's "Apple Car" model is similar to Tesla's and may have a high overlap rate in the supply chain. According to the report, Apple is currently jointly developing self-driving chips with TSMC, which has just announced the order for Tesla's next generation of high-performance chip, Hardware 4.0.
It is reported that TSMC has long launched a business deployment for the arrival of "Apple Car". It not only has an exclusive R&D plant in Nanke, but also cooperates with Italian Semiconductor (ST) to accelerate the development of GaN process technology and introduce separate and integrated nitride components into the market.
In fact, although the car-building plan has always been "swaying", Apple's research in the field of self-driving has never stopped. Some analysts believe that high-level self-driving will become the biggest highlight configuration of "Apple Car", and Tesla may welcome its strongest opponent.
According to public information, as early as 2017, Apple was allowed to test self-driving cars on public roads in California. In 2018, Apple held the third largest number of self-driving licenses, with a total of 70 vehicles allowed to test self-driving on California highways. Only After 175 self-driving test vehicles of Cruise of General Motors and 88 self-driving test vehicles of Alphabet's Waymo; in 2019, Apple acquired Drive.ai Autopilot, a self-driving company focusing on self-driving shuttle service. Drive a car start-up.
It is reported that in 2019, Apple negotiated with at least four companies to find suppliers of the next generation of lidar sensors in self-driving cars. Moreover, Apple is still developing its own lidar device while evaluating technology.
Some analysts say that Apple has long laid out algorithms and applications under the power of powerful AI chips, and has the core technology and self-developed capabilities needed to manufacture smart electric vehicles, including chip, operating system development, and mature application ecology, which will become "Apple Car". The core competitiveness of.
Guo Mingqi, an analyst at Tianfeng International, said that Apple's leading technological advantages, such as AR, will redefine cars and differentiate from other peer products. Compared with the current competitors in the field of consumer electronics and potential opponents in the field of automobiles, Apple can do a better job in the integration of software and hardware and services.
In addition, strong capital reserves have become the main reason for the general optimism of "Apple Car Manufacturing". Katy Huberty said that Apple's research and development investment this year may be an increase of $10 billion compared with five years ago, while the whole automotive industry's annual research and development investment is about $80 billion to $100 billion." Apple needs to have more control than it does today, not just be enough to partner with other car manufacturers to launch Carplay versions, they need to control the design, kernel, experience and service on the top platform." Katy Huberty said.
(Article source: Daily Economic News)
Hello, Secretary of the Board of Directors, domestic mobile phone manufacturers self-developed powertrain, dual-matrix embedded clutch structure and screen dynamic zone frame stacking have achieved almost "zero crease" and a scroll-like free stretch screen effect. If this technology is bound to have an impact on the double-fold hinge once it is mass-produced, does Yi'an also participate in the research and development of roll-type folding? There are many questions, please understand! Thank you!
Waiting gold 2020-12-12 Source App
Yian Technology Follow 2020-12-12
Hello! Thank you for your interest in the company. The company pays close attention to the latest developments in the industry. OPPO officially released the OPPO X 2021 scroll screen concept machine at the Future Technology Conference. The proposal of this new concept model adds a new direction to the application of the company's new materials. Thank you!
Either one has too many shares or many here feel the need to sell either or doesn’t matter I picked some up.
Limit orders can show red, the bull in me says that was a sell;)
100 then 500 another big dump..strange