There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

There are quite a few options in the mineral family, and they not only reduce cost, they can also boost strength when added to a polymer. It’s a relatively inexpensive material, one that's widely used at large percentages to reduce the cost of a compound. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite.

Complēt™ LGF, moisture-resistant grade delivers improved performance and cost savings for aftermarket parts manufacturer Complēt MT proved material performance success through extensive Mold Flow and FEA simulations to prove concept without prototyping and minimize development costs

Factors that could cause actual results to differ materially from those implied by these forward-looking statements include, but are not limited to: disruptions, uncertainty or volatility in the credit markets that could adversely impact the availability of credit already arranged and the availability and cost of credit in the future; the effect on foreign operations of currency fluctuations, tariffs and other political, economic and regulatory risks; disruptions or inefficiencies in our supply chain, logistics, or operations; changes in laws and regulations in jurisdictions where we conduct business, including with respect to plastics and climate change; fluctuations in raw material prices, quality and supply, and in energy prices and supply; demand for our products and services; production outages or material costs associated with scheduled or unscheduled maintenance programs; unanticipated developments that could occur with respect to contingencies such as litigation and environmental matters; our ability to pay regular quarterly cash dividends and the amounts and timing of any future dividends; information systems failures and cyberattacks; amounts for cash and non-cash charges related to restructuring plans that may differ from original estimates, including because of timing changes associated with the underlying actions; our ability to achieve strategic objectives and successfully integrate acquisitions, including the implementation of a cloud-based enterprise resource planning system, S/4HANA; other factors affecting our business beyond our control, including without limitation, changes in the general economy, changes in interest rates, changes in the rate of inflation, geopolitical conflicts, and any recessionary conditions; and other factors described in our Annual Report on Form 10-K for the year ended

Leveraging the right combination of advanced polymer solutions, additives, color and design helps you differentiate, manage costs, and deliver dependable products your customers want. Complēt™ long glass fiber reinforced nylon composite consolidated multiple metal components into a unified seat shell permitting weight and cost reductions

Versaflex™ TF Adhesive TPE for Textile Fabrics: a cost-effective alternative to TPU adhesive films and traditional glues, free of plasticizers, with low VOC content, OEKO-TEX 100-2 compliance, and excellent washability up to 60°C, combining strong and seamless adhesion to polyester and nylon fabrics with outstanding elastic recovery for high wearing comfort in target applications such as functional sports attire, fitness apparel, and underwear Colorant Chromatics™ UV Laser Marking Technology for fluorinated ethylene propylene (FEP): developed to outperform traditional and infra-red marking with a permanent, gentle, cost-effective ultraviolet (UV) marking with 60- 80% contrast that enables cable manufacturers to meet aerospace standards