Applications

Nycolon^® is a highly resilient thermoplastic compound derived from polyamide, boasting a remarkable array of beneficial properties. Renowned for its exceptional resistance to various chemical substances, including oils and fuels, Nycolon^® stands as a stalwart defender against corrosion and degradation. Its robust composition further endows it with an impressive resistance to hydrolysis, ensuring longevity even in demanding environmental conditions.

Not only does Nycolon^® excel in its chemical resistance, but it also demonstrates outstanding physical and mechanical performance. This amalgamation of traits renders it an ideal material for the fabrication of tubes and sheathings. Whether facing the rigors of harsh weather conditions or the relentless assaults of termites, Nycolon^® remains steadfast, providing reliable protection and durability.

In essence, Nycolon^® emerges as a versatile solution, offering a blend of resilience, longevity, and performance that meets the challenges of diverse applications with unparalleled efficacy.

Nyflon™, derived from a thermoplastic compound known as polyvinylidene fluoride (PVDF), serves as a paramount choice for insulation in electrical applications, particularly on wires and thin wall installations. This innovative material embodies a fusion of advanced properties that elevate its efficacy in electrical insulation to unparalleled heights.

Nyflon™ exhibits excellent thermoplastic processingn onto electrical wires and thin walls applications such as nuclear, advanced transportation, and oil & gas.

Moreover, Nyflon™'s PVDF base confers a multitude of advantageous characteristics crucial for electrical insulation. Chief among these attributes is its outstanding dielectric strength, which effectively prevents electrical breakdown and ensures reliable insulation even under high voltage conditions. Additionally, Nyflon demonstrates superb resistance to thermal extremes, maintaining its integrity and insulating properties across a broad temperature range -60 to 150 degrees centrigrade. E-beam irradiation grade to improve heat resistance option is available.

Synerclean™ represents a cutting-edge purging compound meticulously engineered to cater specifically to the unique requirements of Continuous Vulcanization (CV) line applications in the Medium Voltage (MV) and High Voltage (HV) sectors. Tailored to streamline batch cleaning procedures and facilitate seamless shutdown and restart processes, Synerclean™ stands as a pinnacle of efficiency and performance in the realm of industrial purging compounds.

At the heart of Synerclean™'s effectiveness lies its unparalleled ability to comprehensively cleanse crucial components within the CV line setup. By targeting and effectively removing contaminants from screws, heads, and dies, Synerclean™ minimizes the risk of residue accumulation and polymer degradation, thus significantly reducing machine downtime. This meticulous purging action not only enhances operational efficiency but also preserves the integrity and longevity of equipment, mitigating the need for frequent maintenance and costly repairs.

Moreover, Synerclean™'s versatility extends beyond routine maintenance to encompass shutdown and restart processes, where its rapid and efficient purging action facilitates swift system recalibration and minimizes production interruptions. Whether preparing equipment for prolonged periods of inactivity or swiftly resuming operations after maintenance, Synerclean™ streamlines the transition, enabling seamless workflow continuity and maximizing productivity.

In essence, Synerclean™ epitomizes the pinnacle of purging compound technology, offering unparalleled low-temperature, non-stick properties which are essential. Synerclean empowers industries to achieve peak operational efficiency, enhance productivity, and maintain a competitive edge in today's dynamic manufacturing landscape. Organic and inorganic versions are available.

Synstart™ stands as an innovative solution specifically engineered to address the unique challenges inherent in the initiation of medium to high-voltage cable insulation extruders. Crafted as a low-density thermoplastic compound, Synstart™ represents the culmination of advanced materials science and engineering expertise, meticulously tailored to optimize the startup process for cable insulation manufacturing.

At its core, Synstart™ allows for optimised cable-centering calibration during the set-up process when transitioning to actual production.

Furthermore, Synstart™'s unfilled polyethylene formulation offers versatility and adaptability to a diverse range of extrusion processes and equipment configurations. Whether initiating extruders for medium or high-voltage cable insulation production, Synstart™ provides a reliable and consistent starting point, enabling manufacturers to achieve precise control and reproducibility in their manufacturing processes.

Synthane™ HFFR TPU stands as a versatile and indispensable material, meticulously formulated to serve as both sheathing and jacketing for a diverse array of applications spanning the technological landscape. From the ubiquitous mobile phone cables and USB wires to the intricate fibers of audio and fiber optic cables, Synthane™ emerges as the cornerstone of modern connectivity, ensuring reliable performance and durability across a myriad of communication mediums.

In the realm of telecommunications, Synthane™ plays a pivotal role in enabling seamless data transmission systems, providing robust protection and insulation for cables tasked with transmitting vital information across vast distances. Its superior mechanical properties and resistance to environmental factors safeguard the integrity of communication networks, ensuring uninterrupted connectivity even in challenging operating conditions.

Moreover, Synthane™ finds application in the burgeoning field of electric vehicles (EVs), where it serves as a critical component in charging cables, facilitating the rapid and efficient transfer of power from charging stations to vehicle batteries. With its exceptional resilience and insulation properties, Synthane™ enables the safe and reliable charging of EVs, contributing to the widespread adoption of sustainable transportation solutions according to IEC62893-1.

Furthermore, Synthane™ extends its utility to the realm of power distribution, where it finds application in both Low Voltage (LV) and Medium Voltage (MV) tower and loop cables. Its robust construction exhibits excellent oil and abrasion resistance with halogen-free flame retardant properties.

Synflame™ HFFR TPE / POE represents a groundbreaking advancement in flame-retardant thermoplastic materials, meticulously engineered to prioritize safety, environmental sustainability, and ease of processing. As a low smoke and halogen-free compound, Synflame™ stands at the forefront of fire safety innovation, offering unparalleled protection against the spread of flames and harmful emissions in case of unforeseen situations during burning.

Halogen-free, fire-resistant cables find applications in various industries where safety, reliability, and environmental concerns are paramount such as building construction, data centers, advanced transportation, oil & gas, healthcare facilities, manufacturing and industrial facilities, telecommunications, automotives, electronics, and robotics.

Nyflex™, a cutting-edge copolyester material, stands as a pinnacle of high-performance innovation within the wire and cable industry. Renowned for its superior qualities, Nyflex™ boasts a diverse range of Shore D hardness options meticulously designed to cater to an array of specialized needs. From demanding environments requiring utmost resilience to intricate applications necessitating precision, Nyflex™ delivers unparalleled versatility and adaptability. Whether employed for insulation, sheathing, or connectors, Nyflex™ sets a new standard for excellence, ensuring optimal performance and reliability across a spectrum of requirements within the wire and cable sector.

Nypeek™, a cutting-edge material revered for its exceptional qualities, boasts unparalleled long-term oxidative thermal stability, making it an ideal choice for demanding high-temperature environments. Engineered to withstand prolonged exposure to extreme heat, Nypeek™ sets the standard for reliability in wire and cable applications where durability is paramount. Its superior resistance to thermal degradation ensures uncompromised performance even in the most challenging conditions, making it indispensable for industries operating in extreme environments. Whether it's in aerospace, automotive, or industrial settings, Nypeek™ provides peace of mind, delivering consistent performance and longevity where it matters most.