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PP homopolymer
CertyForm P1309
Formerly
Purell HF570R
Natural
CertyForm P1309 is a polypropylene homopolymer in powder form, designed for the production of compounds and masterbatches. It has a fine, very regular particle-size distribution and a good stiffness/impact balance.
Description
CertyForm P1309 is a polypropylene homopolymer in powder form, designed for the production of compounds and masterbatches. It has a fine, very regular particle-size distribution and a good stiffness/impact balance. The supplier refers to extrusion, injection moulding and compounding applications, and the TDS lists compounding as its processing method.
Processing Techniques
Supplier-listed processing method: compounding. Determine processing conditions for the intended application and required properties.
Compounding
Industry and applications
Compounding; healthcare applications; masterbatches
Compliance and Documentation Notes
Consult the Product Regulatory Summary and Safety Data Sheet (SDS) for regulatory status, including supported, restricted or prohibited applications. The current regulatory summary (Version 2.3, 17 September 2026) contains no pharmacopoeia or medical-device statements for this grade, so confirm suitability for any healthcare use with Genesis Polymers before selection. Contact Genesis Polymers to request application-specific documentation for CertyForm P1309.
Technical Properties
Melt Flow Rate
230 °C/2.16 kg
ISO 1133-1
Density
ISO 1183-1
Flexural Modulus
ISO 178
Vicat Softening Temperature
A/50
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
Low Warpage
Food Contact
Supplier documents
Version 2.1, 7 September 2026
Version 2, 10 August 2026
Version 1, 30 July 2026
Version 2.3, 17 September 2026
Version 1.3, revision date 28 August 2026
