Full-Time

Commercial Development Manager

Solar

Corning

Corning

1,001-5,000 employees

Specialty glass, ceramics, and tech components

Compensation Overview

$123.6k - $169.9k/yr

No H1B Sponsorship

Phoenix, AZ, USA

In Person

Bachelor's

Category
Sales & Account Management (1)
Required Skills
Market Research
CRM

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Requirements
  • Proven experience in sales, business development, or account management within the renewable energy or solar industry, with a minimum of 3–5 years of experience.
  • Strong knowledge of solar modules, solar module technology, and the solar energy market.
  • Excellent negotiation and communication skills.
  • Ability to work independently and collaboratively in a fast-paced environment.
  • Willingness to travel as needed.
Responsibilities
  • Develop and execute sales strategies to achieve revenue targets for solar modules.
  • Work with product lifecycle management, government affairs, and legal teams to understand solar policies, drive market research efforts, promote the company’s value proposition, and track competitor activities.
  • Identify, evaluate, and prioritize module market opportunities to drive business growth.
  • Partner with the sales agent to build and maintain strong relationships with potential solar module customers in utility and distributed-generation sectors.
  • Serve as the primary point of contact with assigned developers, delivering service and support.
  • Collaborate with the sales agent to negotiate contracts, pricing, and terms with customers to secure deals.
  • Develop and manage a strategic pipeline of prospects to drive consistent sales growth.
  • Attend industry events, conferences, and exhibitions to network and promote the company’s products.
  • Maintain a deep understanding of solar module product offerings and technical specifications.
  • Educate customers and partners on the benefits of the company’s solar modules and solar energy in general.
  • Provide feedback to the product development team based on customer needs and market trends.
Desired Qualifications
  • Technical knowledge of solar energy systems and components.
  • Ability to speak multiple languages.

Corning is a materials science company that develops and manufactures specialty glass, ceramics, and related components for multiple industries. Its products include specialty glass for smartphone screens, glass substrates for high-performance displays, optical fiber and connectivity solutions, and glass/ceramic components for automotive emission controls, along with vessels and surfaces for life sciences. It differentiates itself by offering a broad, engineered portfolio across markets, backed by material science expertise and end-to-end components and systems that integrate into devices and infrastructure. Its goal is to enable the performance and reliability of customers’ products by providing durable, high-quality materials and connected solutions that scale with demand for bandwidth, displays, automotive emissions control, and life sciences.

Company Size

1,001-5,000

Company Stage

IPO

Headquarters

Corning, New York

Founded

1851

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Simplify Jobs

Simplify's Take

What believers are saying

  • Q2 2026 revenue rose 17% to $4.74 billion, driven by Optical Communications.
  • Amazon's multiyear deal and NVIDIA partnership locked demand for U.S. optical capacity.
  • Trump's August 7, 2026 polysilicon tariff supports Hemlock Semiconductor and U.S. expansion.

What critics are saying

  • Solar profits remain fragile after Q2 2026's $7 million loss and maintenance spending.
  • Insider selling hit 160,655 shares in 90 days, including Wendell Weeks' recent sales.
  • TCL, LG, and Hisense litigation keeps Corning's display-IP enforcement tied up through 2027.

What makes Corning unique

  • Corning's August 12, 2026 four-core fiber MSA shapes AI data-center standards.
  • Its glass IP won an ITC trade-secrets initial determination on August 17, 2026.
  • Corning spans optics, display glass, automotive catalysts, and life sciences manufacturing.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

401(k) Retirement Plan

401(k) Company Match

Unlimited Paid Time Off

Paid Parental Leave

Family Planning Benefits

Company Equity

Wellness Program

Growth & Insights and Company News

Headcount

6 month growth

19%

1 year growth

19%

2 year growth

21%
Penn State
Aug 17th, 2026
Penn State doctoral student earns Corning honor for research into stronger glass.

Penn State doctoral student earns Corning honor for research into stronger glass. August 17, 2026 By Jamie Oberdick UNIVERSITY PARK, Pa. - Glass may look uniform, but some of the strongest and most useful glass materials contain carefully controlled crystals. Their size, number and arrangement can determine whether a material is strong enough for a smartphone screen, transparent enough for an optical device or durable enough for a dental crown. Scientists still have difficulty observing how those crystals first form. That earliest stage, known as nucleation, influences everything that follows, yet occurs at a scale too small for conventional microscopes to capture. Researchers therefore often rely on repeated experiments to determine which glass compositions and heating conditions will produce the properties they want. Mason Link, doctoral student in chemical engineering at Penn State, is working to make nucleation easier to understand and predict. By pairing a reexamination of long-standing theory with a method for monitoring crystal formation as it happens, his research could help scientists design glass-ceramics more efficiently and with greater control. The work earned him recognition as Corning's 2025-26 Glass Age Scholar. The scholarship provides financial support and a yearlong collaboration with Corning scientists. Link worked with Corning mentors Charlene Smith and Qiang Fu and his Penn State adviser, Seong Kim, to strengthen his experimental design and interpretation. He presented "Toward a Revised Framework for Crystal Nucleation in Glass-Ceramics" at Corning's virtual Glass Age Scholar mini-symposium on May 27. "Mason's work could support stronger display cover glass, transparent windshields for military vehicles, improved dental materials and optical waveguides, which direct light in communications and sensing technologies," said Kim, head of the Department of Chemical Engineering and Walter L. Robb Family Endowed Chair. "We can facilitate and expedite that kind of research because we will be able to monitor the crystallization process." The project draws on Penn State strengths in glass science, computational modeling, surface science and nonlinear optical spectroscopy, according to Kim. It also adapts expertise Kim's group developed while using related optical methods to study biological materials. Kim said Link's choice of topic is part of what distinguishes him as a researcher. "This is a somewhat old subject. It is not brand new or very fancy, but it is still not fully understood, and the industrial impact is huge," Kim said. "That is what Mason wants to work on." Glass-ceramics are made by intentionally growing crystals within glass to tailor properties such as strength, transparency, durability and heat resistance. Researchers traditionally study nucleation by heating a sample, breaking and chemically etching it, and examining the exposed crystals with electron microscopy. Because each sample offers only one snapshot, the procedure must be repeated under different conditions. "An entire data set can take months or even years," Kim said. "It is a very slow, time-consuming process." Link is investigating whether second harmonic generation, or SHG, can provide a faster, nondestructive approach. When laser light interacts with certain crystal structures, it produces a detectable signal at twice the original light frequency. That signal could allow researchers to track nuclei as they form and grow while the glass is being heated. The experiment remains difficult because the nuclei can vary in number, density, size, shape and orientation, with each variable affecting the signal. Those complications led Link to revisit classical nucleation theory, a decades-old framework for describing crystal formation. Existing approaches can produce conflicting values from the same experimental data, in part because they rely on assumptions such as treating a nucleus as a perfect sphere. Link is testing those assumptions and working to reconcile the approaches, so theoretical predictions better reflect what occurs inside the glass. Combining better theory with real-time measurement could reduce the trial and error involved in developing glass-ceramics, Kim said. For Link, the industry collaboration brought a new perspective to the challenges in his work. "One of the most surprising aspects of this experience was how quickly my mentors were able to identify challenges in my work that I had either overlooked or struggled with," Link said. "They were often able to provide clear strategies to address those issues, which demonstrated the value of both perspective and experience." Last Updated August 17, 2026

Communications Today
Aug 12th, 2026
AFL, Corning, Sumitomo and TeraHop set four-core fibre MSA.

AFL, Corning, Sumitomo and TeraHop set four-core fibre MSA. August 12, 2026 AFL, Corning Incorporated, Sumitomo Electric Industries and TeraHop have formed a multi-source agreement (MSA) to establish common specifications for four-core multicore fibre in AI data-centre applications. Called the SDM4 MCF MSA, the initiative will define the fibre's design, performance and interoperability requirements, with an initial focus on passive optical connections. The companies plan to release the first specification publicly in the coming months. The move addresses growing demand for higher-density optical infrastructure as hyperscalers scale out AI clusters. Multicore fibre can carry more connectivity within the same physical footprint than conventional single-core fibre, offering a potential path to higher capacity in constrained data-centre environments. The MSA will cover intra-campus networks and other short-reach interconnects operating in the O-band, typically centred around 1310 nm. It is also intended to provide a technical base for wider standards development at bodies including the ITU-T, IEC and IEEE. An MSA is an industry-led, multi-vendor technical framework designed to ensure that components from different suppliers can work together. The four companies said additional participants would be invited after the initial specification is released, supporting the broader multicore-fibre ecosystem and market adoption. The consortium's formation signals an effort to move multicore fibre from proprietary deployments toward interoperable, multi-supplier infrastructure for AI data centres. CT Bureau

TrendForce Corp.
Aug 7th, 2026
[News] 18 Chinese enterprises accelerate positions in Glass Core substrate market.

[News] 18 Chinese enterprises accelerate positions in Glass Core substrate market. Global tech giants are accelerating their investments in glass-based advanced packaging. Intel recently entered a strategic partnership with Lens Technology to address bottlenecks of advanced packaging using TGV (Through Glass Via) technology, while BOE announced its full-scale entry into the AI semiconductor glass substrate market. Earlier, Samsung Display reportedly established a dedicated TGV interposer R&D team, and Intel CEO Lip-Bu Tan publicly highlighted the company's investment in 3D Glass Solutions (3DGS) engaging in glass substrate market. Several months ago, Corning introduced its "Glass Bridge" architecture incorporating TGV for Co-Packaged Optics (CPO) next-generation designs, building a glass-based optical interconnect ecosystem tailored for AI data centers. These synchronized moves point to a unified structural trend: as AI compute chips demand higher interconnect speeds, tighter packaging density, and superior thermal dissipation, conventional organic substrates and silicon interposers are reaching physical limitations. Featuring a low coefficient of thermal expansion (CTE), high dimensional stability, low dielectric loss, and compatibility with large-panel processing, glass has emerged as a premier candidate material for next-generation advanced packaging. Industry Chain Takes Shape: From Raw Materials to Advanced Packaging The glass core substrate value chain is structured into three distinct tiers: * Upstream: Specialty raw glass sheets, along with core equipment and materials including ultrafast lasers, wet etching tools, physical vapor deposition (PVD), and electroplating systems. * Midstream (Highest Value Share): High-precision processes including glass thinning, TGV micro-hole drilling, metallization/copper filling, chemical mechanical planarization (CMP), and Redistribution Layer (RDL) fabrication to produce Glass Interposers or Glass Core Substrates. * Downstream: Advanced packaging for AI computing chips. Driven by Chiplets, High Bandwidth Memory (HBM), and CPO, glass substrates are evolving from conventional electrical interconnects into dual-function optoelectronic carriers. Chinese glass core substrate industry landscape: 18 listed companies' current developments: Within the midstream tier, Crystal-Optech, WG Tech, and BOE possess end-to-end manufacturing capabilities and have progressed into pilot/mass production lines and tier-1 vendor validation stages. Key Midstream Players: Crystal-Optech: Deeply integrated into Corning's optical communication ecosystem. In the Heat-Assisted Magnetic Recording (HAMR) storage segment, the company has completed process integration across raw glass sourcing, ultra-thin processing, and precision drilling. It operates two primary growth vectors: * HAMR Glass Platter Substrates: Pre-mass production small-batch shipments scheduled for H2 2026. * Proprietary TGV Optical Interconnect Substrates: Designed for 1.6T/3.2T high-speed CPO modules, currently undergoing joint R&D validation. Additionally, Crystal-Optech serves as the exclusive domestic optical path supplier for Corning's Glass Bridge, with microlens and coupling coating samples slated for customer verification in H2 2026. WG Tech: Leading domestic TGV process development through its subsidiary, TGV Circuits. Utilizing self-developed ultrafast laser hybrid etching, the firm achieves minimum hole diameters of <=5μm and aspect ratios up to 100:1. Its Wuhan facility houses the world's first glass-based TGV multilayer circuit board production line with a planned annual capacity of 100,000m2, and is currently delivering small-batch samples of 1.6T CPO carrier boards. Although revenue contribution remains modest prior to full scale-up, its integrated manufacturing capability ranks among global leaders. BOE: BOE has fully automated its CNY 993 million glass-based packaging substrate pilot line, mastering high-precision TGV drilling and void-free deep-hole copper filling. Prototypes of 20-layer large-format glass carriers for compute chips have been delivered to leading AI chip vendors. In May 2026, BOE signed a three-year MoU with Corning to establish a joint task force on Micro LED optical interconnects and glass-substrate CPO technology. TCL CSOT & Tianma Microelectronics: Both display makers are exploring TGV glass technology in early R&D phases. TCL CSOT has initiated technical exchanges with Corning regarding packaging substrates and optical interconnects. Analyst Insight (TrendForce): Panel makers hold an inherent advantage in understanding glass material characteristics, but transitioning to semiconductor-grade substrates requires meeting stringent reliability standards, significant capital expenditures, and lengthy customer qualification cycles. Note on Display vs. Semiconductor Substrates: Ledman Optoelectronic has drawn industry attention for trial-producing passive matrix (PM) driven glass Micro LED panels in partnership with Southern University of Science and Technology (SUSTech). However, glass substrates for displays differ fundamentally from AI chip packaging substrates. Cross-sector entry faces severe technical bottlenecks - including microcracking, thermal mismatch, and signal degradation - along with equipment incompatibility that requires purchasing brand-new semiconductor-grade toolsets. Timeline & Outlook: Equipment Vendors Lead Revenue Realization High-volume adoption of TGV glass substrates faces near-term yield and cost hurdles across TGV drilling, metallization, thermal warpage control, and system-level packaging. TrendForce forecast that TGV glass substrates will likely enter mainstream advanced packaging after 2030. The technology is currently in early validation and is expected to complement rather than entirely replace existing packaging solutions. However, build-outs of midstream pilot and production lines require upfront procurement of high-precision laser drilling and wet etching equipment. As a result, upstream equipment suppliers offer the highest earnings visibility and fastest order realization. Hymson Laser: Equipped with full in-house capabilities for ultrafast laser modification and wet etching TGV processes, Hymson is certified by a leading North American compute giant and is among the few Chinese equipment vendors integrated into the global AI advanced packaging supply chain. Supported by strong demand for CPO laser tooling, Hymson reported Q1 2026 revenue of CNY 1.317 billion (+144.36% YoY), achieving a return to profitability. DR Laser: Active in TGV laser micro-hole R&D since 2019, DR Laser provides proprietary Laser-Assisted Chemical Etching (LACE) systems covering wafer- and panel-level processes. Its panel-level TGV equipment has entered mass shipments, securing export orders and repeat orders from overseas advanced packaging chains in early 2026. Although widespread commercial deployment of AI glass-based optical interconnects is projected for post-2030, aggressive ongoing R&D expenditures and pilot line construction are already converting into immediate order flow and cash revenue for core equipment makers. As manufacturing yields improve and supply chain ecosystems mature, glass core substrate specialists holding proprietary process technologies are positioned to harvest substantial long-term market dividends. (Photo credit: Intel) Disclaimers of Warranties 1. The website does not warrant the following: 1.1 The services from the website meets your requirement; 1.2 The accuracy, completeness, or timeliness of the service; 1.3 The accuracy, reliability of conclusions drawn from using the service; 1.4 The accuracy, completeness, or timeliness, or security of any information that you download from the website 2. The services provided by the website is intended for your reference only. The website shall be not be responsible for investment decisions, damages, or other losses resulting from use of the website or the information contained therein< Proprietary Rights You may not reproduce, modify, create derivative works from, display, perform, publish, distribute, disseminate, broadcast or circulate to any third party, any materials contained on the services without the express prior written consent of the website or its legal owner. Related Entries

Channel NewsAsia
Aug 6th, 2026
Trump unveils trade actions to compete with China on solar and chips.

Trump unveils trade actions to compete with China on solar and chips. Polysilicon, the raw material used in semiconductors and solar panels, is primarily produced by China. 07 Aug 2026 04:48AM (Updated: 07 Aug 2026 09:56AM) Add CNA as a trusted source to help Google better understand and surface our content in search results. Read a summary of this article on FAST. WASHINGTON: The White House on Thursday (Aug 7) imposed a series of price floors and a 15 per cent tariff on products made from polysilicon, the raw material used in semiconductors and solar panels that is primarily produced by China. US President Donald Trump's proclamation under Section 232 of the Trade Expansion Act of 1962 is aimed at supporting domestic chip and solar supply chains needed to compete with Beijing on artificial intelligence and energy. "The plan of action in this proclamation will, among other things, help ensure the commercial viability of United States production of polysilicon and its derivatives that is necessary to meet United States economic and national security requirements," the order said. Polysilicon, an ultra-pure form of silicon, sits at the start of the semiconductor and solar manufacturing supply chains. Manufacturers turn silicon wafers into solar cells and then assemble those into panels used in solar projects. American solar factories for the last decade have accused their Chinese rivals of dumping solar panels in the market, receiving unfair government subsidies and moving their manufacturing to other countries to dodge US tariffs. The United States has two polysilicon factories. Hemlock Semiconductor, which operates a plant in Michigan, is a joint venture between Corning and Japan's Shin-Etsu Handotai. Munich-based Wacker Chemie runs a factory in Tennessee. "Today's decision encourages continued investment in US capacity and supports long-term US competitiveness," a Corning spokesperson said. Wacker said it was reviewing the actions to fully understand their impact. "We appreciate the Administration's continued engagement on the issue given the ramifications for semiconductor supply chain resilience, advanced computing infrastructure, and broader US defence and security interests," the company said in a statement. Domestic semiconductor manufacturing depends on solar because the solar industry's larger demand for polysilicon helps support production of the material required for chips. The chip industry accounts for 2.4 per cent of global polysilicon demand, according to the Semiconductor Industry Association. US solar manufacturing has expanded since Congress created tax incentives in 2022. Much of that growth, however, has been concentrated in panel assembly, leaving manufacturers dependent on imported wafers and cells, which require longer investment timelines. Companies with US solar factories, including T1 Energy, First Solar and Qcells, the US solar arm of South Korea's Hanwha, applauded Trump's move. "This is a decisive win for advanced American manufacturing and investment in domestic energy supply chains," Dan Barcelo, CEO of T1 Energy, said in a statement. In addition to its Texas solar panel plant, T1 is investing US$510 million in a cell factory. The trade protections will take effect on Dec 4, the White House said. Tim Brightbill, a trade attorney with Wiley Rein who has brought several trade cases against Chinese solar companies, warned that the delayed implementation could lead to a surge of imports in the coming months. Companies that buy solar panels have argued that the delay is needed to adjust supply contracts to higher prices. According to a White House document, the president set minimum import prices of US$21 per kilogram for polysilicon, US$100 per kilogram for polysilicon ingots and wafers, US$0.22 per watt for solar cells and US$0.38 per watt for solar modules, or panels. The proclamation also authorises the Commerce Department to create an incentive program for companies that invest in factories to produce polysilicon or derivative products. The administration's plan to pursue a hybrid system combining a minimum import price with tariffs was first reported by Reuters. Related topics.

MarketBeat
Aug 1st, 2026
196,710 shares in Corning Incorporated $GLW acquired by Summitry LLC.

196,710 shares in Corning Incorporated $GLW acquired by Summitry LLC. August 1, 2026 Key points. * Summitry LLC acquired 196,710 Corning shares worth approximately $26.7 million during the first quarter. Institutional investors collectively own 69.8% of GLW. * Corning exceeded quarterly expectations with EPS of $0.78 and revenue of $4.74 billion, up 17.1% year over year, and guided for third-quarter EPS of $0.85-$0.89. * Analysts maintain a "Moderate Buy" consensus with an average price target of $176.38, while valuation concerns and recent insider selling remain risks. Corning also declared a quarterly dividend of $0.28 per share. * MarketBeat previews top five stocks to own in September. Summitry LLC bought a new position in shares of Corning Incorporated (NYSE:GLW - Free Report) during the 1st quarter, according to its most recent 13F filing with the SEC. The firm bought 196,710 shares of the electronics maker's stock, valued at approximately $26,747,000. A number of other institutional investors have also recently bought and sold shares of the stock. Berbice Capital Management LLC bought a new stake in shares of Corning during the fourth quarter worth $26,000. Basepoint Wealth LLC acquired a new stake in shares of Corning during the fourth quarter worth $26,000. Kemnay Advisory Services Inc. bought a new stake in Corning in the 4th quarter valued at $27,000. Litman Gregory Wealth Management LLC acquired a new position in Corning in the 4th quarter worth $31,000. Finally, Evolution Wealth Management Inc. increased its holdings in Corning by 58.8% during the 4th quarter. Evolution Wealth Management Inc. now owns 381 shares of the electronics maker's stock worth $33,000 after purchasing an additional 141 shares in the last quarter. Institutional investors own 69.80% of the company's stock. Analyst upgrades and downgrades. GLW has been the topic of several recent research reports. Citigroup dropped their price target on Corning from $240.00 to $220.00 and set a "buy" rating on the stock in a research note on Wednesday. Truist Financial increased their price objective on Corning from $149.00 to $205.00 and gave the stock a "hold" rating in a report on Monday, June 22nd. Bank of America increased their price objective on Corning from $223.00 to $243.00 and gave the stock a "buy" rating in a report on Monday, July 6th. Morgan Stanley dropped their target price on Corning from $180.00 to $165.00 and set an "equal weight" rating on the stock in a research report on Wednesday. Finally, Weiss Ratings downgraded Corning from a "buy (b-)" rating to a "hold (c+)" rating in a research report on Friday, July 24th. Nine equities research analysts have rated the stock with a Buy rating and seven have issued a Hold rating to the stock. Based on data from MarketBeat, the company presently has an average rating of "Moderate Buy" and an average target price of $176.38. Discover more Communications & Media Studies Cryptocurrency News Stock Profit Calculator Corning trading up 2.5%. Shares of NYSE:GLW opened at $138.54 on Friday. The company's 50-day moving average price is $182.92 and its two-hundred day moving average price is $156.75. Corning Incorporated has a one year low of $61.44 and a one year high of $271.78. The company has a debt-to-equity ratio of 0.59, a current ratio of 1.81 and a quick ratio of 1.06. The stock has a market capitalization of $119.34 billion, a PE ratio of 63.26, a price-to-earnings-growth ratio of 1.74 and a beta of 1.09. Corning (NYSE:GLW - Get Free Report) last announced its quarterly earnings data on Tuesday, July 28th. The electronics maker reported $0.78 earnings per share for the quarter, beating the consensus estimate of $0.76 by $0.02. The company had revenue of $4.74 billion during the quarter, compared to analysts' expectations of $4.63 billion. Corning had a return on equity of 20.09% and a net margin of 11.20%.Corning's revenue for the quarter was up 17.1% compared to the same quarter last year. During the same quarter last year, the company earned $0.60 EPS. Corning has set its Q3 2026 guidance at 0.850-0.890 EPS. On average, equities analysts forecast that Corning Incorporated will post 3.25 EPS for the current fiscal year. Corning announces dividend. The business also recently declared a quarterly dividend, which will be paid on Tuesday, September 29th. Shareholders of record on Monday, August 31st will be paid a $0.28 dividend. This represents a $1.12 dividend on an annualized basis and a yield of 0.8%. The ex-dividend date is Monday, August 31st. Corning's dividend payout ratio (DPR) is currently 51.14%. Key stories impacting Corning. Here are the key news stories impacting Corning this week: * Positive Sentiment: AI-driven optical growth is supporting the rebound. Second-quarter core sales rose 17% year over year to $4.74 billion, while core EPS increased 30% to $0.78. Optical Communications sales jumped 32% to $2.07 billion, helped by enterprise-network demand tied to artificial-intelligence infrastructure. Multiyear partnerships with Amazon and NVIDIA, along with Corning's $10 billion photonics ambition, are reinforcing the long-term growth narrative. Why Corning Incorporated Stock Is Up Today * Positive Sentiment: Management's near-term outlook remains healthy. Corning guided for third-quarter core sales of $4.9 billion to $5.0 billion and core EPS of $0.85 to $0.89. Stronger cash flow, rising earnings estimates and expectations for accelerating growth under the extended Springboard plan are supporting investor confidence. Corning Rides AI Data Center Growth as Optical Demand Accelerates * Neutral Sentiment: Solar and photonics expansion remain execution-dependent. Investors are watching whether Corning can convert rapidly rising solar sales into sustainable profitability while also funding U.S. expansion and meeting its ambitious photonics targets. Corning Growth Outlook Hinges on AI Optics and Solar Profitability * Negative Sentiment: Valuation and market skepticism remain risks. After its AI-led rally, GLW trades at a premium valuation, leaving less room for execution mistakes. Analysts at JPMorgan and Citigroup issued cautious views, while the earlier selloff reflected concerns that third-quarter guidance implied slower growth against difficult comparisons. Is GLW Stock Attractive After Its AI Rally and Earnings Momentum? * Negative Sentiment: Insider selling is a sentiment headwind. Company insiders reportedly made 14 open-market sales and no purchases during the past six months, including sales by CEO Wendell Weeks and other senior executives. Insider transactions at Corning. In other news, SVP Soumya Seetharam sold 20,000 shares of the stock in a transaction that occurred on Monday, May 11th. The stock was sold at an average price of $206.23, for a total value of $4,124,600.00. Following the completion of the sale, the senior vice president owned 25,570 shares of the company's stock, valued at approximately $5,273,301.10. This represents a 43.89% decrease in their position. The transaction was disclosed in a filing with the SEC, which can be accessed through the SEC website. Also, SVP Jaymin Amin sold 27,395 shares of the firm's stock in a transaction on Friday, May 22nd. The shares were sold at an average price of $192.14, for a total transaction of $5,263,675.30. Following the completion of the transaction, the senior vice president directly owned 94,400 shares of the company's stock, valued at $18,138,016. This represents a 22.49% decrease in their ownership of the stock. The SEC filing for this sale provides additional information. Over the last 90 days, insiders sold 160,655 shares of company stock valued at $30,692,560. 0.25% of the stock is owned by insiders. Corning company profile. Corning Incorporated is a global manufacturer specializing in specialty glass, ceramics and related materials and technologies. Headquartered in Corning, New York, the company supplies engineered materials and components used across multiple industries, including consumer electronics, telecommunications, automotive emissions control, pharmaceutical and life sciences, and industrial and scientific applications. Corning emphasizes materials science and precision manufacturing to develop durable, high-performance glass and ceramic products. Key product lines include specialty display glass used by television and mobile-device manufacturers, cover glass marketed under well-known trade names for smartphones and tablets, and optical fiber and cable and related hardware for telecommunications networks. This instant news alert was generated by narrative science technology and financial data from MarketBeat in order to provide readers with the fastest reporting and unbiased coverage. Please send any questions or comments about this story to [email protected]. Before you consider Corning, you'll want to hear this. MarketBeat keeps track of Wall Street's top-rated and best performing research analysts and the stocks they recommend to their clients on a daily basis. MarketBeat has identified the five stocks that top analysts are quietly whispering to their clients to buy now before the broader market catches on... and Corning wasn't on the list. While Corning currently has a Moderate Buy rating among analysts, top-rated analysts believe these five stocks are better buys. Nuclear energy is entering a new growth cycle as rising power demand, expanding data centers, and renewed policy support bring the sector back into focus. 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