LAPP, a company with a deep commitment to sustainability, reflects this focus in its product portfolio. LAPP has recently introduced ÖLFLEX® CLASSIC FD 810, a versatile cable that features a partially bio-based PVC compound sheath, with a 42% bio-content according to the ASTM D6866 standard. This innovation represents a significant step towards a greener future.
Environmental concerns are rising to the forefront, prompting innovation across industries. The cable industry, traditionally reliant on processes with environmental impact, is making strides toward sustainability. A groundbreaking cable prototype featuring a bio-based PVC sheath represents a significant step in this direction. This innovation overcomes the challenges of replacing PVC entirely with bio-based materials, showcasing a commitment to responsible resource management and paving the way for a more sustainable future without compromising on functionality.
LAPP’s ÖLFLEX® CLASSIC FD 810, a highly flexible control cable with PVC core insulation and PVC sheath, exemplifies this perfectly. This versatile cable tackles environmental issues by using bio-based materials in its sheath, significantly reducing its carbon footprint. Designed for power and control applications in various environments, including use in power chains with medium to increased travel lengths or acceleration, makes it a classic for multi-functional use.
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The ETHERLINE® FD P Cat. 5e, cable with a sheath made from bio-based TPU jacket material, reflects their commitment to sustainability. Traditionally, cable sheathing relied on PVC (polyvinylchloride), the industry standard plastic. Previously, producing entirely bio-based PVC was not technically feasible. LAPP has achieved a breakthrough with the ÖLFLEX® CLASSIC FD 810. This versatile cable features a partially bio-based PVC compound sheath, with a 42% bio-content according to the ASTM D6866 standard. This innovation represents a significant step towards a greener future.
The ÖLFLEX® CLASSIC FD 810 not only boasts a durable PVC sheath but is also designed for use in drag chains. Additionally, it allows for a wide range of tests to assess the material’s properties for certifications. It is well-proven and reliable for various applications, offering a good combination of quality and price, with low particle emission during operation in moving chains.
To leave behind a planet worth living for the next generation, companies across industries must look at sustainable and environmentally friendly management as well as responsible handling of all natural resources. Furthermore, customers can make precise choices for the environment without sacrificing quality or performance. The bio-based material offers excellent control, performance, and mechanical properties. It also exhibits outstanding resistance to hydrolysis, chemicals, and UV rays, ensuring performance on par with traditional PVC or TPU cables.
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The introduction of these bio-based products signifies a major shift towards sustainability in the cable industry. This industry, which cares about environmental responsibility and supports innovation, is not only meeting current needs but also laying the groundwork for a future built on a foundation of greener technologies.
