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Solvay Launches Low-corroding PA & Bio PA for Electrical Connectivity Uses in E-mobility

Published on 2018-11-02. Author : SpecialChem

TAGS:  Automotive     New Energy Solutions     Electrical & Electronics     Green and Bioplastics    

Solvay Performance Polyamides introduces new advanced Technyl® polymer solutions to address the growing need for personal protection and systems safety for the automotive industry. A whole family of electro-friendly low-corroding materials has been developed to meet the needs of car manufacturers.

Technyl® offers OEMs a complete range of electro-friendly products to adapt purity needs to the diversity of application requirements
Technyl® offers OEMs a complete range of electro-friendly products to adapt purity needs to the diversity of application requirements

Technyl® and Technyl Star® Grades


The range comprises six Technyl® and Technyl Star® offering reliable purity based on dedicated formulation and clean compounding. Two of these grades use bio-based, eco-friendly Technyl® eXten technology for applications needing high temperature combined with glycol resistance. The range will be commercially available early 2019.

Dr. James Mitchell, Automotive Market Director for Solvay’s Performance Polyamide global business unit, said:
“Halogens and phosphorous in polyamide have been identified as major contributors to galvanic corrosion, a potential source of system failure and short-circuits which could lead to fire. Safety is not an option! We have developed a range of materials with high levels of purity to help automotive OEMs and Tier 1 suppliers ensure the protection of systems from corrosion and ionic migration.”

Automotive applications requiring these solutions include electrified cooling systems, sensors and connectors, as well as high-power EV chargers.

Better Than PPA


For fuel cell stack components, Technyl® One has emerged as a preferred material choice, offering more value to customers when compared to polyphtalamide (PPA) compounds in terms of both in-use performance and processability. This material combines a near-zero ion migration potential with outstanding heat resistance, dimensional stability against hydrogen leakage, electrical insulation, high surface aspect and weldability.

Dr. James Mitchell added:
“This is the first and unique PA66-based offer on the market specifically designed for fuel cell technology. It serves critical safety applications such as hydrogen manifolds, heater plates, humidifiers and water traps.”

In addition to these advanced material solutions, Solvay Performance Polyamides offers a complete array of technical services designed to speed the time to market of new applications. This offering includes predictive simulation with MMI Technyl® Design1, 3D printing of functional prototypes in Sinterline® PA6 powders as well as part testing at fully equipped APT® Technyl® Validation centers2.

® Technyl, Technyl Star, Sinterline and APT are registered trademarks of Solvay.
1 MMI Technyl® Design is an advanced service powered by Digimat from e-Xstream, an MSC Software Company.
2 Located in Lyon, France and Shanghai, China.


Source: Solvay
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