What do you need to know about fortii F11?

Product details of ForTii® F11, 30% Glass Reinforced, PA4T, Electro-friendly, Halogen free and free of red phosphorous, Certified V-0 at 0.2mm ForTii® F11, PPA-GF30 FR(40) – DSM Engineering Materials – Plastics Finder Toggle navigation Home DSM Engineering Materials How to use Contact EN English (EN) German (DE) Chinese (ZH) Japanese (JA)

Why is fortii a high temperature polyamide grade?

We developed ForTii® in close co-operation with leading OEMs and tier 1 connector and socket manufacturers to ensure we give our customer what they want – and need. That means a high temperature polyamide with a broad and versatile portfolio of grades that deliver high performance with a unique balance of properties.

What should dew point be for Stanyl fortii F11 DSM?

Drying Stanyl®ForTiiTMgrades are hygroscopic and absorb moisture from the air relatively quickly. Preferred driers are de-humidified driers with dew points maintained between -30 and -40°C / -22 and -40°F. Vacuum driers with N2 purge can also be used.

What can fortii be used for in electronics?

ForTii is a high-performance polyamide ideal for use in electrical & consumer electronics parts. Electric, connected and autonomous vehicles are already part of our everyday mobility experience, and the technologies utilized will continue to evolve.

What should the mold temperature be for Stanyl fortii?

Mold temperature Stanyl®ForTiiTMcan be used with a wide range of tool temperatures (100 – 150°C / 212 – 302°F). However, to achieve optimal mechanical properties and stable dimensional parts, it is recommended to apply a tooling temperature above the glass transition temperature (Tg) of Stanyl®ForTiiTM(125°C / 257°F).

Why is Stanyl 46 a high performance polyamide?

Stanyl®is a high-performance polyamide 46 that provides unmatched performance and value across a broad range of applications. It offers easy processing and design freedom due to its unique set of properties, including the highest retention of mechanical properties at elevated temperatures, excellent wear and friction, and outstanding flow.