Haldia HDPE Halene-H F5400

Haldia Halene-H F5400 is a HMHDPE (high molecular weight high-density polyethylene) film grade manufactured by Haldia Petrochemicals Limited under the Halene-H trademark using the Mitsui CX Process. As stated in the manufacturer’s technical data sheet, F5400 is engineered to combine excellent processability with high mechanical strength, and is specifically recommended for general purpose film production as well as very thin reinforced bag applications.

In the official Haldia HDPE portfolio, F5400 is categorized under Film grades, making it a strong choice for converters and packaging manufacturers searching for Haldia F5400 film resin, HMHDPE film grade India, MFI 0.09 HDPE, and reinforced bag HDPE raw material. If your requirement is to down-gauge film while maintaining strength and toughness, F5400 is positioned as a purpose-fit grade rather than a generic HDPE film resin.

Manufacturer Snapshot

Haldia Petrochemicals Ltd. is a major Indian polymer producer and markets HDPE under the Halene-H brand. F5400 is produced using Mitsui CX Process technology, and the manufacturer indicates compliance documentation and MSDS availability on request. For procurement teams, this matters because film performance consistency, lot-to-lot reliability, and documentation readiness are critical in packaging supply chains.

Technical Specifications

Haldia Halene-H F5400 is characterized by a very low melt flow profile that supports HMHDPE film strength and toughness. The grade has a melt flow index of 0.09 g/10 min at 190°C/2.16 kg, with additional flow references of 0.50 g/10 min at 190°C/5 kg and 14 g/10 min at 190°C/21.6 kg, which helps processors understand behavior across shear ranges during extrusion.

Density is reported around 0.954 g/cm³ in the Haldia portfolio listing, with the TDS indicating density values around 0.952 g/cm³ (annealed) and 0.954 g/cm³ by alternate designation. This density range supports stiffness and film integrity while still enabling good processing balance for blown film lines.

For performance indicators relevant to film converters, the manufacturer data includes dart impact strength of about 80 g (20 micron blown film, BUR 4.0), and thermal indicators like Vicat softening point around 124°C and DSC melting temperature around 131°C. These signals support the grade’s suitability for packaging films that need toughness and stability during conversion and end-use handling.

Compliance and Standard Designation

Haldia Halene-H F5400 carries a BIS designation code: IS 7328-3B-FB-FXTA. This is a strong compliance keyword for Indian procurement and institutional buyers who need traceable grade identification for packaging and industrial film applications. The manufacturer also references alignment with key Indian standards used in polymer evaluation and application suitability.

Applications

General Purpose Packaging Films

Haldia Halene-H F5400 is well-suited for general purpose blown film packaging where converters need a strong balance of processability and mechanical strength. It is a practical choice for industrial packaging films used in manufacturing supply chains, secondary packaging, and protective wrapping where toughness and handling strength matter more than high clarity.

Very Thin Reinforced Bag Applications

A core use case for F5400 is very thin reinforced bags, where the film must deliver strength even at reduced thickness. This makes it relevant for packaging manufacturers targeting material savings through down-gauging while still maintaining bag integrity during filling, sealing, stacking, and transportation.

Liners and Heavy-Duty Protective Films

F5400 is also relevant for liners and protective films used in industrial environments. In these applications, film strength and resistance to tearing or puncture are key, and HMHDPE film grades are commonly preferred when durability is more important than softness.

Geomembrane-Type and Industrial Barrier Film Uses

The official portfolio positioning also associates F5400 with liners and geomembrane-type applications, where long-term mechanical stability and toughness are important. For industrial barrier film uses, converters typically look for grades that can handle stress and maintain performance under load, making F5400 a relevant option when the film is expected to perform beyond basic packaging.

Comparable Alternatives

Within Haldia’s film-grade lineup, a key comparable is HD T6, which is listed with a much higher MFI around 0.50 and higher density around 0.961, and is positioned for applications like lamination films, woven sacks, and tarpaulin. In practical selection terms, HD T6 is more aligned with lamination/raffia-adjacent and heavier industrial formats, whereas F5400 is the better fit when the requirement is HMHDPE film strength for general-purpose films and thin reinforced bags, supported by its very low MFI and film-focused processing guidance.

So the rationale is straightforward: choose F5400 when you want thin yet strong film output and reinforced bag suitability; consider HD T6 when the target is lamination film and tarpaulin/woven sack ecosystem needs with different stiffness-flow priorities.