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OurPCB Focuses on High TG FR4 PCB Manufacturing for Critical Applications

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China, 15th Apr 2025, OurPCB, a prominent provider of PCB manufacturing and assembly services, has announced a strategic focus on high TG (glass transition temperature) FR4 PCB manufacturing. This initiative is driven by the increasing demand for PCBs capable of withstanding higher operating temperatures, essential for industries such as aerospace, automotive, telecommunications, and other critical sectors. By prioritizing high TG FR4 material, OurPCB aims to provide solutions for applications requiring enhanced performance and reliability under extreme conditions.

OurPCB Focuses on High TG FR4 PCB Manufacturing for Critical Applications

Hommer Zhao, Owner of OurPCB, explained the rationale behind the shift: “The focus on high TG FR4 PCBs is a response to the growing demand for more durable and resilient electronic components in industries that require high performance under challenging conditions. These specialized materials are designed to meet the rigorous demands of sectors like aerospace, automotive, and telecommunications. This approach underscores the commitment to supporting industries with reliable and stable solutions.”

High TG FR4 PCBs are engineered to endure higher temperatures without compromising their performance. These boards are crucial in applications where exposure to heat and humidity is frequent, and where electronic systems must maintain reliability. Compared to standard FR4, high TG materials offer several advantages, such as improved thermal stability, better electrical performance, and enhanced resistance to environmental stress factors that typically degrade standard PCBs.

The increasing need for high-performance electronic components is a direct result of advancements in sectors where failure is unacceptable. For example, the aerospace and automotive industries require components that can function in extreme environments, such as fluctuating temperatures and high-stress conditions. High TG FR4 PCBs present a solution by providing a more stable base material that handles these conditions, ensuring that the electronics continue to operate effectively.

The strategic focus on high TG FR4 manufacturing reflects OurPCB’s commitment to meeting the evolving needs of industries requiring durable, high-performance boards. By producing high TG FR4 PCBs, the company enables clients to meet the demands of cutting-edge technologies while maintaining the integrity and reliability of their systems.

In addition to increasing its emphasis on high TG FR4 technology, OurPCB continues to offer a wide range of services, including PCB design, rapid prototyping, and turnkey PCB assembly. These services support clients through the entire PCB development process, ensuring efficient and high-quality production from initial concept to final product.

Looking ahead, OurPCB plans to expand its research and development efforts, focusing on improving both the efficiency and performance of its PCB manufacturing capabilities. The company is committed to exploring new materials and technologies to stay at the forefront of the industry, delivering the most reliable and advanced solutions to clients.

“Continuous improvement in PCB manufacturing processes is vital for addressing the complex needs of various industries,” Zhao remarked. “As the demand for high-performance electronics increases, high TG FR4 PCBs are becoming indispensable. The commitment to this material not only aligns with the needs of industries but also ensures that the company is positioned for the future, providing stable, high-quality solutions.”

OurPCB Focuses on High TG FR4 PCB Manufacturing for Critical Applications

OurPCB is also focusing on advancing its manufacturing techniques to improve operational efficiency, reduce lead times, and enhance product quality. These efforts will ensure that clients across critical sectors can rely on OurPCB for the high-performance boards required to support their operations.

The need for more resilient electronic components is not limited to one industry. Sectors such as telecommunications, industrial equipment, and medical devices increasingly rely on components that must function effectively under high stress. With this in mind, the increased focus on high TG FR4 PCBs aligns with OurPCB’s goal to meet the high standards of these industries while providing stability and performance.

As the demand for high-performance electronic components continues to rise, OurPCB is well-positioned to remain a key player in the PCB manufacturing sector. The company’s expanded focus on high TG FR4 technology is a clear demonstration of its dedication to meeting the needs of industries where performance and durability are non-negotiable.

“By prioritizing high TG FR4 PCBs, OurPCB is positioning itself to meet the growing demand for electronic components that can endure extreme environments,” Zhao concluded. “The company’s ongoing investment in advanced technologies ensures that clients will have access to the best possible solutions for high-performance applications, both now and in the future.”

For more information, OurPCB, a leading high TG FR4 PCB manufacturer, can be reached at +86-199-30589219 or via email at hommer.z@ourpcb.com. The company is located on the 3rd Floor, Nanhai Plaza, NO. 505 Xinhua Road Xinhua District, Shijiazhuang Hebei China.

Media Contact

Organization: OurPCB

Contact
Person:
Hommer Zhao

Website:

https://www.ourpcb.com/

Email:

hommer.z@ourpcb.com

Contact Number: 8619930589219

Address:3rd Floor, Nanhai Plaza, NO. 505 Xinhua Road Xinhua District

Address 2: Shijiazhuang Hebei

Country:China

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Press Release

Driving Industrial AI Forward: Composabl’s Multi-Agent Orchestration Platform Now Available on Azure Marketplace

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Composabl, a leader in industrial AI multi-agent systems, announces the availability of its software and software integration on the Microsoft Azure Marketplace. Enterprises can now leverage their existing Azure commit credits to purchase the Composabl platform, in return enhancing AI-driven automation and operational efficiency.

Walnut Creek, California, 16th April 2025, ZEX PR WIREComposabl, Inc., provides an end-to-end SaaS solution for designing, orchestrating, training, benchmarking and deploying multi-agent AI systems in industrial settings. This one-of-a-kind multi-agent AI production and orchestration platform is driving industrial automation into a new era and is now available for purchase on the Microsoft Azure Marketplace. The Azure integration enables industrial enterprises to utilize their pre-purchased Azure commit credits to acquire Composabl’s AI-powered platform and allocate these credits toward training and deploying intelligent AI agents into real-world industrial settings using Azure’s cloud computing infrastructure.

Recognizable industrial use cases cast vision for the art of the possible:

Equipment Calibration: With a virtual AI expert operator, the company took a 6-month chemical machinery calibration process down to a 72-hour changeover.

Glass Bottle Manufacturing: Fully automate a process previously not automated before in this glass manufacturer’s facility, by building a multi-agent system capable of being an expert operator connected to factory floor equipment, including capabilities of making human operator recommendations through the human-to-machine interface (HMI).

Complex Logistics Scheduling: Capture and codify expert operator knowledge and eliminate downtime when expert absences impact the ability to maintain throughput. Company reported that it takes approximately 5 years to onboard and train individuals to achieve expert-level expertise making absenteeism a critical risk in the business.


Composabl Agent Orchestration Studio

Composabl provides an AI multi-agent orchestration studio for industrial applications. The platform enables manufacturers, energy providers, and logistics companies to optimize operations through advanced AI technologies, such as deep learning reinforcement (DRL) and machine learning (ML), as well as AI-powered decision-making, automation, and real-time adaptability in complex environments. By announcing its availability on the Azure Marketplace, Composabl ensures integration with enterprise cloud ecosystems. This allows organizations to scale AI agent deployment with ease.

“I am energized by the fact that we now have AI that can help industrials. Our goal is to provide a comprehensive set of tools that can be applied in the vast amount of use cases in industry, along with sharing knowledge that helps engineers create a more autonomous future on their terms. What sets Composabl apart is that we know engineers have been automating manufacturing for decades. We’re not replacing that expertise—we’re amplifying it. Our methodology-based platform and no-code UI lets engineers themselves orchestrate teams of agents to embed decision intelligence directly into their operations,” said Kence Anderson, CEO at Composabl.

Benefits of Composabl on Azure Marketplace:

  • Azure Commit Credit Utilization: Enterprises can efficiently allocate pre-purchased Azure commit credits to support AI agent training and deployment without additional budget approvals.
  • Scalability & Performance: By utilizing Azure’s cloud computing infrastructure, Composabl users can execute high-performance AI agent training and runtime capabilities across distributed industrial operations.
  • Benchmarking & Optimization: Composabl introduces industry-first guidance (goals, constraints, and success criteria) and benchmarking capabilities that allows engineers to build multi-agents with specialized skills then compare the performance of AI agents.
  • Physical-World Runtime Features: Composabl provides real-time AI runtime features designed for deployment in physical industrial environments, which provides smooth interaction with factory systems and equipment.

The Composabl platform offers a no-code AI agent orchestration studio, making AI adoption more accessible for engineers and industrial teams without deep programming expertise. To further platform accessibility and the empowerment of industrial engineers Composabl has low-barrier, low-cost, quick-start buying options on the Azure marketplace, including single seat options.

For more information or to purchase Composabl’s AI multi-agent orchestration platform, visit the Microsoft Azure Marketplace.

About Composabl

Composabl is a leading innovator in industrial AI and automation. Built by engineers for engineers, Composabl enables enterprises to enhance operational efficiency, reduce downtime, and increase productivity through AI-powered automation. The platform is designed to deliver real-time intelligence to industrial operations through its runtime features, enabling AI deployment in complex, real-world environments.

For more information, visit www.composabl.com.

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Press Release

Dennis Pappas Publishes New Blog Post on The Rise of Biophilic Design

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New York, US, 16th April 2025, ZEX PR WIRE, Acclaimed landscape architect Dennis Pappas has published a new blog article titled The Rise of Biophilic Design, examining the growing global movement to reconnect people with nature through built environments. Drawing on his 20+ years of experience in sustainable urban design, Pappas highlights the principles, benefits, and practical applications of biophilic design in today’s cities—especially in high-density environments like New York.

In the post, Pappas outlines how biophilic design goes beyond adding plants to buildings. It’s about creating emotional, sensory, and ecological connections between people and the natural world. “We’re hardwired for nature,” Pappas writes. “When we bring natural elements into our spaces—sunlight, greenery, water—we’re not just improving aesthetics. We’re improving health, focus, and well-being.”

The blog explores how biophilic principles are being applied across architecture, landscape design, and interior planning—from green roofs and living walls to natural materials, daylighting, and multisensory experiences. Pappas also addresses how cities can implement these ideas equitably and affordably in public spaces, schools, and housing.

“Biophilic design isn’t just a trend—it’s a response to how disconnected we’ve become from the natural systems that support us,” says Pappas. “If we want healthier cities, we have to design like nature matters—because it does.”

The article encourages urban planners, architects, and everyday residents to consider the role of nature in shaping environments that support human resilience, especially as cities face rising climate and mental health challenges.

The full post is now available at www.dennispappas.com.

About Dennis Pappas

Dennis Pappas is a Brooklyn-based landscape architect with over two decades of experience designing sustainable, community-centered spaces. His work includes the Brooklyn Green Corridor and New York City’s first carbon-neutral rooftop garden. He is a Certified Green Roof Professional and LEED Accredited Professional, dedicated to advancing urban sustainability through nature-integrated design.

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The Decline of Statesmanship and the Rise of Technocracy: A Warning from Political Philosopher Marjorie Jeffrey Habighorst

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Michigan, US, 16th April 2025, ZEX PR WIRE, As public trust in institutions erodes and political discourse becomes increasingly transactional, political philosopher Marjorie Jeffrey Habighorst is sounding the alarm. She notes that the West is witnessing a quiet but dangerous shift from statesmanship to technocracy, which could fundamentally undermine the moral foundation of democratic life.

In recent lectures and essays, Habighorst has sharply criticized the technocratic impulse that dominates contemporary governance. “We are mistaking competence for wisdom and management for leadership,” she argues. “Policy is no longer grounded in philosophical principle or civic responsibility, but in efficiency metrics, algorithms, and short-term optimization.”

This shift, Habighorst explains, is not merely semantic. It reflects a profound philosophical transformation: once political leadership was understood as a moral art rooted in prudence, judgment, and civic virtue, today’s political actors are expected to be data-driven administrators, crisis managers, or celebrity communicators. The result is a hollowing-out of political meaning and a dangerous divorce between technical expertise and moral responsibility.

“The statesman once aspired to cultivate the common good through deliberation and persuasion,” Habighorst says. “Today’s leaders are expected to ‘deliver results’ in quarterly increments, speak in the language of economics, and defer ethical questions to legal departments or regulatory agencies. That is not leadership; it is abdication.”

Her critique is not anti-technology nor anti-expertise. Instead, Habighorst insists that technocratic governance, without grounding in philosophical reflection and historical understanding, leads to a subtle but corrosive form of authoritarianism. “The technocrat asks, ‘What works?’ The statesman must ask, ‘What is right?’ If we abandon the latter question, we are left with efficient but soulless governance.”

She traces this drift back to what she calls “the institutionalization of moral neutrality,” a development she believes began in earnest in the post-war period and has accelerated in the digital age. “In our zeal to avoid ideological conflict, we’ve trained leaders to avoid the deeper questions of justice, liberty, and human flourishing,” she explains. “But politics cannot be morally neutral. It must be morally serious.”

Habighorst sees evidence of this trend across the Western world, from bureaucratized pandemic responses that sideline political deliberation to the increasing reliance on unelected experts to make sweeping decisions. The consequences are visible in her view: rising civic disengagement, a sense of alienation among citizens, and the erosion of public trust.

“What we are witnessing is not just political fatigue. It’s a philosophical crisis,” she warns. “People do not want to be managed, they want to be led. They want to be part of something meaningful.”

To counter this trend, Habighorst advocates a return to the classical understanding of statesmanship, one rooted in virtue, courage, and the pursuit of justice. Drawing on figures like Lincoln, Churchill, and Cicero, she calls for a renewed emphasis on political education that forms skilled administrators and morally serious leaders.

“Leadership is not about having all the answers,” she says. “It’s about having the judgment to ask the right questions and the character to act on principle, even when it’s unpopular.”

Habighorst also urges universities to rethink their political science and public policy education approach. “We’ve trained a generation to navigate systems but not to understand why those systems exist in the first place,” she says. “We need to reintroduce moral philosophy, classical texts, and historical case studies, not as academic exercises, but as vital tools for shaping the political imagination.”

Her message has found an audience among students and civic leaders alike, particularly those disillusioned by the technocratic status quo. In public forums, she has championed the idea of “moral imagination” as an antidote to bureaucratic drift: the capacity to envision a just society and take responsibility for its realization.

Asked whether she sees hope, Habighorst is cautiously optimistic. “There’s a hunger for real leadership, for moral clarity,” she says. “The good news is that statesmanship is not dead. It’s just been sleeping. And we need to wake it up.”

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