Liendbarsel: reshaping the future of communication and automotive cables with material innovation

As the "blood vessels and nerves" of the national economy, wires and cables are accompanying the wave of new infrastructure, energy transformation and industrial upgrading, facing unprecedented development opportunities-especially in the two high-growth fields of communication and electric vehicles, cable materials with better performance and stronger reliability have become the key support for the advanced industry.

Driven by the new digital infrastructure, the popularity of cutting-edge technologies such as 5G, Internet of Things (loT) and cloud computing has put forward higher requirements for the stability and efficiency of data transmission. Communication cables should not only have lower dielectric constant (DK) and dielectric loss tangent (Df), but also have excellent mechanical properties and chemical stability.

With the rapid layout of electric vehicles and ultra-high voltage charging facilities, automobile cables are facing challenges in mechanical strength, oil resistance and processing economy. Developing innovative cable materials that balance safety, reliability and economy has become the common pursuit of the industrial chain.

At the same time, driven by the concept of green circulation, recyclable power cables have gradually moved from vision to reality and become a new direction of industry focus.

As the head enterprise of the global chemical industry, liendbasel has a deep accumulation in the field of communication and automotive cables, and empowers the future of the industry with continuous technological breakthroughs. Since obtaining the technical patent of 125℃ XLPE (cross-linked polyethylene) halogen-free compound in 1974, the company has continuously expanded its product matrix and maintained close cooperation with the world's leading communication cable manufacturers for more than 40 years, jointly promote the progress of cable materials.

According to the cable requirements in different scenarios, liendbarsel has many high-performance solutions:

l high-voltage charging cable: flexible as silicone rubber, more outstanding performance

PetrotheneXHF1500X04 cross-linked polyethylene material has the flexibility similar to thermal curing silicone rubber, which achieves multi-dimensional performance jump in mechanical strength, temperature resistance and processing convenience. The halogen-free flame retardant material is suitable for the design of thin-walled high-voltage cables with a temperature resistance level of up to 150°C. It combines excellent oil resistance, aging resistance and dielectric strength to provide long-term safety protection for the high-voltage system of electric vehicles.

l communication cable: low dielectric loss, more stable signal

Linderbussel polyolefin resin performs well in Dk/Df performance, is suitable for all kinds of solid and foamed communication cable structures, and effectively responds to industry problems such as high voltage insulation and signal attenuation, ensure efficient and complete data transmission.

l recyclable cable system: green technology, empowering recycling future

Based on the unique polymerization process proprietary to liandbasselCatalloyThe produced polymer-type advanced resin not only has excellent mechanical properties, heat resistance and flexibility, but also becomes an ideal choice for advanced cable insulation layer with excellent uniformity and processability, power cable can realize reliable recovery and green transformation, and can also be used as the basic component material of semi-conductive shielding material and low smoke halogen-free flame retardant composite material.

How to improve the comprehensive competitiveness of cables in the field of communication and electric vehicles with the help of the material technology of liandbassel? How to realize the balance and win-win between circular economy and product performance? At 14:00-15:00 P.M. on December 25, 2025, the application development and technician service engineer of liandbassel olefin and polyolefin business department and Guo Sihua will be invited to be a guest in Jung's online class on Wen-Juan Li, in-depth analysis of the communication cables, automotive wiring harness, and based onCatalloyWe sincerely invite you to jointly explore the future possibilities of cable materials for innovative paths in terms of recyclable power cables, cross-linked materials and low smoke halogen-free flame retardant solutions!