- Plastics
Bayblend®: Advanced toughness meets flame retardancy
Bayblend® variants exhibit an excellent balance of properties, most notably high toughness – even at cold temperatures – as well as rigidity, dimensional stability, excellent creep resistance, low moisture absorption, heat resistance and high flame retardancy.
Our broad Bayblend® portfolio offers you the ideal properties for appliances, automotive and transportation, electrical, consumer products, medical, electronics, IT and communication applications. Bayblend® variants include general-purpose grades as well as flame-retardant, reinforced and non-reinforced grades. There are also specialized grades for specific applications, such as surface finishing by electroplating and metallization. Flame-retardant grades offer excellent flow properties suitable for thin-wall applications, which have to meet strict flammability standards and thermal requirements. In addition, Bayblend® flame-retardant grades usually pass the glow wire test IEC 60695-2, (some at 960ºC and 1.0 mm), and satisfy UL 94 as well as the highest grading “V-0”.
Featured Products
(PC+ABS) blend; 15 % mineral-filled; flame-retardant; Vicat softening temperature B120: 98 °C; high stiffness; tensile modulus = 4800 MPa; V-0 at 1.5 mm (UL94); glow wire test (GWFI): 960 °C at 2.0 mm
(ABS+PC) blend; Vicat/B 120 temperature = 112 °C
Key Benefits
- Tough: Experience high toughness even at low temperatures.
- Heat-resistant: Rely on dimensional stability up to 142°C.
- Flame-retardant: Discover a wide portfolio of excellent flame-retardant grades.
Brochures & Downloads
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Bayblend Product range.pdf
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Bayblend Typenuebersicht.pdf
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Engineering Thermoplastics.pdf
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Technische Thermoplaste.pdf
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Polycarbonate blends for the electrical and electronics industries.pdf
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Polycarbonate und Polycarbonat-Blends für die Elektro- und Elektronik-Industrie.pdf
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Joining Techniques Design Guide.pdf
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Part and Mold Design Brochure.pdf
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Injection molding - Production equipment and machinery.pdf
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Spritzgiessen Fertigungseinrichtungen.pdf
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Snap-fit joints for plastic - A design guide.pdf
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(EN) Healthcare Reference Guide 2025.pdf
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