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PP homopolymer
AdvyForm P1700
Formerly
Adstif HA600U
Natural
AdvyForm P1700 is a high-flow polypropylene homopolymer for injection moulding. It can also be used as a flow modifier in technical compounds and is supplied as pellets.
Description
AdvyForm P1700 is a polypropylene homopolymer for injection moulding applications. It has a high melt flow rate, can be used as a flow modifier in technical compounds and is supplied in pelletised form. The TDS lists automotive parts and polymer modification as applications, and high flow, high rigidity, high stiffness and low viscosity as attributes. Typical values include a melt flow rate of 70 g/10 min (230 °C/2.16 kg), a flexural modulus of 1550 MPa (23 °C) and a tensile modulus of 1550 MPa (23 °C).
Processing Techniques
Supplier-listed processing method: injection moulding. Specific resin and processing recommendations need the end use, required properties and fabrication equipment to be known.
Injection molding
Industry and applications
Automotive parts; polymer modifier in technical compounds
Compliance and Documentation Notes
Consult the Product Regulatory Summary and Safety Data Sheet (SDS) for regulatory status, including supported, restricted or prohibited applications. Contact Genesis Polymers to request application-specific documentation for AdvyForm P1700.
Technical Properties
Melt Flow Rate
230 °C/2.16 kg
ISO 1133-1
Density
ISO 1183-1
Flexural Modulus
23 °C
ISO 178
Tensile Modulus
23 °C
ISO 527-1, -2
Tensile Stress at Yield
ISO 527-1, -2
Tensile Strain at Yield
ISO 527-1, -2
Charpy Impact Strength
23 °C, Type 1, Edgewise, Notch A
ISO 179
Vicat Softening Temperature
B50
ISO 306
Typical values taken from the producer’s (Velogy) technical data sheet, available under Documents. They are not specification limits. Genesis Polymers relies on the producer’s data and cannot accept liability for errors in it. Always check the current data sheet and confirm suitability for your application.
Brand
Feature
High Flow
High Stiffness
Supplier documents
Version 2, 4 September 2026
Version 2, 10 August 2026
Version 1, 30 July 2026
Version 2, 10 August 2026
Version 1.1, revision date 1 June 2026
