AAscend Performance Materials produces chemicals, plastics, fibers, and, most notably, nylon 6,6 resin—the world’s largest fully integrated producer of this material. It runs end-to-end production and distribution across a global network of facilities, from raw materials to finished nylon 6,6 resin, leveraging an integrated supply chain. Its scale and full integration, plus a broad portfolio across chemicals, plastics, and fibers, set it apart by enabling reliable supply for automotive, electronics, and consumer goods. Its goal is to be a leading global supplier of nylon 6,6 resin and performance materials by maintaining integrated operations and broad geographic reach.
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Houston, TX
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2009
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India EV Conclave 2026: Ascend on next-gen EV materials. Anton Kumanan, Technology Leader - India, Ascend Performance Materials, discusses how cross-linked polyamides, high-temperature resistance and localised material development could support EV battery safety and component manufacturing in India. The growing use of high-voltage electrical systems and faster charging technologies in electric vehicles is placing greater demands on engineering plastics, particularly those used around battery packs. For material suppliers, one of the challenges is developing polymers that can withstand extreme temperatures without losing their structural integrity. At the Autocar Professional India EV Conclave 2026, Anton Kumanan, Technology Leader - India, Ascend Performance Materials, discussed the company's work on advanced polyamides, including materials designed to retain their properties during short periods of exposure to high temperatures. Anton highlighted Ascend's Starflam X-Protect technology, which uses electron-beam cross-linking to improve the thermal performance of polyamide materials. The technology is particularly relevant to components exposed to high temperatures during battery thermal runaway events. Cross-Linking to Improve Thermal Resistance Conventional polyamide 66 begins losing stiffness as temperatures approach its melting range of approximately 240-260 degrees Celsius. According to Anton, cross-linking changes the behaviour of the material, allowing it to retain structural integrity at temperatures where conventional polyamides would lose their mechanical properties. The process involves moulding the polymer using conventional injection-moulding equipment, followed by an additional electron-beam treatment. This creates cross-links within the material, improving its ability to withstand elevated temperatures. "It nearly becomes a thermoset," Anton said, explaining how the electron-beam treatment changes the polymer's behaviour. One application being explored is the protection of components surrounding EV battery packs during thermal runaway. Anton said the material's ability to maintain structural integrity could provide occupants with additional time to escape. He indicated that the technology could offer more than two minutes of additional protection, although the actual performance would depend on the extent of cross-linking, part design and the validation carried out for individual applications. The electron-beam dosage determines the degree of cross-linking, making process control an important part of component development. Applications Beyond Battery Protection Ascend is working with global automotive manufacturers on applications involving overmoulded busbars, which require electrical insulation and resistance to elevated temperatures. Anton said the material offers flame resistance while retaining colour stability at high temperatures. These characteristics are relevant to electrical components where material performance must be maintained under demanding operating conditions. The company already has a portfolio of flame-retardant polyamides under Starflam which has more than 100 UL yellow cards, cross-linking provides an additional level of temperature resistance beyond conventional flame-retardant formulations. He also pointed to potential applications in battery packs and other areas where higher charging rates could expose components to demanding thermal conditions. Attached an image of samples behaviour of standard FR PA66, Aluminium and X-Protect PA66 (Cross-linked) at same thickness after the exposure of direct flame at 1100 ̊C with 1.4 kW power Localising the Manufacturing Process Ascend entered India in 2022 through the acquisition of Chennai-based Formulated Polymers. The company operates a compounding facility in Chennai, which caters to customers across India with reinforced and flame-retardant formulations. Anton said Ascend is looking to manufacture Starflam X-Protect i.e. cross-linking technology in India. The manufacturing process would involve Tier 1 suppliers moulding the components, followed by electron-beam treatment at industrial facilities. First, Ascend supplies a specially formulated, ready-to-use compound. Next, the Tier-1 moulder produces the required component using a conventional moulding process. The moulded part then receives a controlled secondary treatment such as electron-beam irradiation to develop a crosslinked structure. Finally, the part need to be validated in its intended battery-system environment with OEM's support. According to him, the required cross-linking infrastructure is already available in India in Industrial scale and Ascend is working with some of them. The company is also seeking collaboration with Indian OEMs and Tier 1 suppliers to identify critical applications that demand critical conditions in EV and undertake component development locally via collaborative efforts. Specialty Polyamides for Dimensional Stability Apart from cross-linked PA66, Anton discussed Ascend's specialty polyamide 6 10 and 6 12 materials, i.e. HiDura grades which have lower moisture absorption than conventional PA6 and PA66. Moisture absorption can affect the dimensional stability, strength and stiffness of nylon components. Anton said the lower absorption levels of PA610 and PA612 help maintain these properties, particularly in applications where dimensional consistency is important. He also highlighted their resistance to chemicals, including automotive coolants and fuels. According to Anton, testing of certain materials showed property retention exceeding 50% after 1,000 hours of exposure. Engineering Support in India Ascend is also developing local engineering capabilities like CAE and Moldflow through its presence at IIT Madras Research Park, where it works with academic researchers and industry specialists. Anton said the objective is to provide Indian customers with material engineering and application development support rather than operate solely as a polymer raw material supplier. With technical teams in Chennai, Pune and Gurugram, the company is looking to work more closely with OEMs and component manufacturers on thermal management, lightweighting and high-temperature applications. Anton invited automotive manufacturers and Tier 1 suppliers to collaborate on developing and validating these materials for Indian applications, including components intended for global vehicle programmes.
Schumacher to lead materials maker ascend. Ascend Performance Materials will have a new CEO as it exits Chapter 11 bankruptcy. Plastikos Medical is expanding its ISO Class 7 clean room capacity with the addition of three Arburg injection molding machines to support growing demand from medical device OEMs.
Ascend Performance Materials appoints Patrick Schumacher as Chief Executive Officer. Ascend Performance Materials, a leading producer of high-performance and durable engineered materials for everyday essentials and new technologies, today announced that it has appointed Patrick Schumacher as Chief Executive Officer, effective today. Patrick succeeds Phil McDivitt, who will remain with Ascend as a special advisor to the Board and CEO to ensure a smooth transition as the company completes its financial restructuring and emerges from the Chapter 11 process. McDivitt joined Ascend in 2015, served as president and CEO since 2017, and oversaw the expansion of the company's global manufacturing footprint. "Over the past several years, we have built a strong foundation and made tremendous progress scaling our engineered plastics business and improving our safety record, culture, and customer relationships," said McDivitt. "As we work toward a successful financial restructuring, I am confident that now is the right time to transition leadership of Ascend. Patrick has a strong record of driving operational improvements, increasing profitability, and leading teams through transformation. His leadership will be instrumental as the company continues to execute on its growth strategy, build industry trust, and deliver long-term value." "I am thrilled to lead what will become Ascend's resurgence," said Patrick Schumacher. "The people of Ascend have exhibited incredible resilience and determination and I'm honored to work alongside them to bring the company back to strong financial performance. Together, we will drive Ascend forward with a continued focus on operating safely and providing customers with the high-performance materials that help them lead their respective industries. I am grateful for Phil's many contributions to Ascend and his support throughout this transition." About Patrick Schumacher With more than 25 years of experience leading global businesses across the chemicals and industrial sectors, Schumacher has built a reputation for strategic transformation, streamlining complex organizations, and delivering higher profitability. Before joining Ascend, he was corporate vice president at Olin Corporation, where he led the Chlor Alkali Products & Vinyls division and the global integrated supply chain, achieving record financial results. Prior to Olin, he held senior executive roles at Celanese Corporation, including Senior Vice President of Engineered Materials (CEM) and Acetate Tow, Vice President Emulsion Polymers, and Vice President Strategy and M&A. Earlier in his career, he led the chemicals M&A practice at The Blackstone Group and held senior investment banking roles at UBS and Lehman Brothers. He holds a bachelor's degree in finance and international business from the University of Wisconsin and a master's degree in finance from Boston College's Carroll School of Management.
Aspyr Living announced lead investment from RJD Green as part of a $3.0M seed funding round for launch of Ascend. Aspyr Living, a natural lifestyle company, announced a $250,000 lead investment from RJD Green (OTCPK: RJDG) as part of a $3.0 million seed funding round. RJD Green will provide both capital and growth expertise to support the launch of Aspyr Living's innovative new consumer brand, Ascend(R). Aspyr Living helps people live healthier lives with a new generation of safe, high performance home, laundry and personal care products that outperform toxic chemical-based national brands. Its flagship brand, Ascend(R), features proprietary, patent-pending botanical technologies preferred by consumers over toxic national brands after a single use. The funding will be instrumental in bringing these products to market and solidifying Aspyr Living as an emerging leader in the home, health, and wellness space. "We've cracked the code to delivering superior performance for naturally derived household cleaning and laundry products using botanicals, instead of petrochemicals. The results are household cleaning & laundry products that are safer, stronger, and preferred by consumers," said Benjamin Shell, CEO of Aspyr Living. "We're thrilled to have RJD Green as our lead investor for this funding round," said Shell. "Their track record of building companies is precisely the kind of expertise we need as we scale operations and introduce our industry-first products to North America." RJD Green's investment builds on a successful 3,000-store Walmart private label test, which demonstrated significant consumer demand for products based on Aspyr Living-derived technologies. The pilot generated over $5 million in sales from 2 million units, with over 98% of consumers preferring the products over top chemical brands. The test also showed a strong 70%+ repurchase rate, proving mass market appeal and a loyal customer base. Aspyr Living is expected to hit retail shelves with its Ascend(R) Home Essentials line in early 2026, followed by the launch of its groundbreaking Ascend(R) Sanitizing Laundry Detergent in Summer 2026. It's the first consumer detergent to kill 99.9% of bacteria in a home washing machine and represents the most significant advance in home laundry care in 70 years. Aspyr Living is a natural lifestyle company transforming the $32 billion home and laundry care products market. The company's vision is to help families live healthier lives by providing safe, effective, and science-backed products and removing toxic chemicals from U.S. homes. RJD Green, Inc. (OTCPK: RJDG) is a publicly traded holding company focused on acquiring and managing assets and companies in the construction, green environmental, and healthcare service sectors. RJD Green is dedicated to providing shareholders with access to small and medium businesses with significant growth opportunities.
All other facilities continue to operate as usual; shipments and product delivery to continue in normal courseRemains on track to emerge from Chapter 11 this fallHOUSTON, June 17, 2025 /PRNewswire/ -- Ascend Performance Materials, a leading producer of high-performance and durable engineered materials for everyday essentials and new technologies, announced today its decision to initiate a wind down of operations at its hexamethylene diamine production facility in Lianyungang, China. This decision follows a comprehensive evaluation of the facility's long-term viability amid evolving market dynamics and regulatory landscapes."Ascend has made significant strides improving the business as we continue to focus on driving operational effectiveness," said Phil McDivitt, President and CEO of Ascend Performance Materials. "In April, with the support of our lenders, we initiated a financial restructuring process to reduce our debt and position Ascend for the future. As we evaluated the market conditions and ongoing trade disputes, we determined that the LYG production facility is no longer the best way to support our customers in the region. Accordingly, we have made the decision to wind down the facility."He continued, "Decisions that impact our people are never easy. The people in our LYG plant showed excellence and dedication in everything they did, and we thank them for their contributions to Ascend, and this decision is not a reflection of the hard work and dedication of the team in LYG
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Industries
Company Size
1,001-5,000
Company Stage
N/A
Total Funding
N/A
Headquarters
Houston, TX
Founded
2009
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Don't see your dream role? Check out thousands of other roles on Simplify.Browse all jobs