Ultradur®

Informationen zur Marke

Ultradur® shows its strengths wherever high-quality and above all heavy-duty parts are required – for example in the automotive industry, in the electrics and electronic sectors. The range of applications which benefit from these properties of Ultradur® in both industry and everyday life is vast. A feature that is particularly important is the low water absorption and thus the fact that the mechanical and electrical properties are largely independent of the moisture content or the climatic surrounding conditions. Particularly for components that are safety-relevant and have to work reliably for the entire lifetime of a component, Ultradur® is indispensable.
The most important applications of Ultradur® are automotive engineering, electrical engineering, electronics and telecommunications as well as precision engineering and general mechanical engineering. For these applications, a variety of Ultradur® types is available.
Benefits & Key advantages of Ultradur®
High rigidity and strength
Very good dimensional stability under heat
Low water absorption
Good resistance to many chemicals
Exceptional resistance to weathering
Excellent heat aging behavior

Specific Ultradur® Types
Ultradur® for eMobility Applications

Ultradur® for Extrusion and Thermoforming

Ultradur® HR

Ultradur® LUX

The Aqua® Portfolio

Ultradur® PRO

Electrical Components for Photovoltaic Installations

Produzenten: BASFPolymer-Gruppe: PBTPolymergruppe/-typ(en): PBT

Verfügbar in

Turkey, Bosnia and Herzegovina, Bulgaria, Croatia, Ireland, Italy, North Macedonia, Portugal, Serbia, Spain, United Kingdom, Kosovo, South Africa

Ultradur® Produkte

39 Produkt(e) gefunden auf Ultradur®
Polymergruppe und -typPBT (PBT)
Additive10% Glass Fiber
Technologien
EigenschaftenFlame Retardant
Polymergruppe und -typPBT (PBT)
AdditiveUngefüllt
EigenschaftenViscosity, High
Polymergruppe und -typPBT (PBT)
Additive15% Glass Fiber
Technologien
EigenschaftenFlow, High • Dimensional Stability, Good
Polymergruppe und -typPBT (PBT)
Additive20% Glass Fiber
Technologien
EigenschaftenSurface Finish, Good
Polymergruppe und -typPBT (PBT)
Additive20% Glass Fiber
Technologien
EigenschaftenFlow, Good • Dimensional Stability, Good • Toughness, High • Rigidity, High
Polymergruppe und -typPBT (PBT)
Additive30% Glass Fiber
Technologien
EigenschaftenFlow, Good • Dimensional Stability, Good • Toughness, High • Rigidity, High
Polymergruppe und -typPBT (PBT)
Additive30% Glass Fiber
Technologien
EigenschaftenFood Contact Acceptable • Flow, Good
Polymergruppe und -typPBT (PBT)
Additive30% Glass Fiber
Technologien
EigenschaftenHydrolysis Resistant • Dimensional Stability, Good
Polymergruppe und -typPBT (PBT)
Additive20% Glass Bead
Technologien
EigenschaftenHeat Resistance, Good • Warpage, Low
Polymergruppe und -typPBT (PBT)
Additive15% Glass Fiber
Technologien
EigenschaftenDimensional Stability, Good • Toughness, High • Rigidity, High • Hydrolysis Resistant
Polymergruppe und -typPBT (PBT)
AdditiveUngefüllt
EigenschaftenViscosity, Medium
Polymergruppe und -typPBT (PBT)
AdditiveUngefüllt
Technologien
EigenschaftenViscosity, Medium

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