PA66 flame retardant (FR) is already used in many industries, as automotive, electrical & electronics, transportation. The evolution of these sectors towards high environmental compliance and safety standards is well known and strict regulatory requirements need to be met by formulators and manufacturers across the globe. Asahi Kasei understand these challenges and put the research and development efforts into innovating LEONA™ SN Series, a new halogen and red phosphorous - free PA66 FR solution. It can lead to improved printability through clearer laser marking on gloss surfaces, showing excellent mechanical proprieties and high retention rate of physical properties after water absorbed condition. Watch the recording to discover this novel, qualified FR solution, that meets the requirements of the highest performance level, Hazard Level 3 (HL3), according to European Railway Standard for Fire Safety, EN 45545-2: 2020. In this recorded webinar, you will also learn how the use of LEONA™ SN Series can improve productivity through faster and clearer laser marking, and reduced frequency of production equipment maintenance and replacement.
Explore the benefits that LEONA™ SN Series may bring to your applications, with evidence – based examples of its physical characteristics and performance.
Missed the live event? Register for this webinar and watch the recording now!
Create Your Account
Your free SpecialChem account includes:
You are about to access a sponsored content
By continuing your navigation to the requested document and any other sponsored pages*, you agree to share your business card with the related supplier. Supplier may contact you to check if you need anything else to go ahead with your project.
Did you know? Sharing your business card with material suppliers helps us keep the Material Selection Platform free for all material users.
I prefer not and I’m aware I won’t be able to attend the webinar or to view related documents
* sponsored pages are all pages displaying a supplier logo
M.S. Hiwatashi’s professional background includes 5 years of experience for PPS in another organization and 3 years for Styrac development, ABS, in Asahi Kasei Corporation. He has developed new PPS compound formulations, which are used for improvement tracking resistance. M.S. Hiwatashi also published a thesis on measurement of gas-vent closed rate by gas-vent performance evaluation mold. Currently, he is performing the structure analysis of clear laser marking mechanism on Leona.