Gail HDPE G Lene I62U080U
Gail HDPE G‑Lene I62U080U is a UV‑stabilized high‑density polyethylene (HDPE) resin positioned for injection moulding of outdoor‑exposed crates and rigid parts that must hold shape under stacking loads and maintain performance under sunlight and weather. It is commonly referenced for soft‑drink crates, milk crates, fishing crates, vegetable crates, and helmets—applications where converters want high stiffness, low warpage, and excellent weatherability.
The grade belongs to GAIL (India) Limited’s G‑Lene HDPE portfolio and is produced via G‑Lene swing‑plant technology (Sclairtech solution and Unipol gas‑phase routes) as described across GAIL’s G‑Lene materials. The “U” designation indicates UV stabilization, intended to improve resistance to sunlight‑driven ageing such as embrittlement and discoloration during outdoor storage and transport cycles.
Compliance positioning is an important part of the spec story: based on the inputs provided, I62U080U is stated to conform to IS 7328:2020 with natural‑resin designation IS 7328‑3‑MD‑HXDD. Where your internal compliance language must be strict, keep this phrasing tied to the GAIL‑linked grade listing/brochure references used for this grade.
Technical insights
Because I62U080U is primarily referenced through GAIL‑linked grade listings and brochure‑style material (rather than a standalone, openly accessible TDS in the inputs), it’s best to present key numbers as typical/indicative and keep the page focused on what buyers evaluate in crate‑grade HDPE:
Flow for injection moulding (thin walls, ribs, fast cycles): The grade is positioned as a high‑flow injection resin, with typical MFI (I2) around 8.2 g/10 min in the referenced listings. High flow generally supports easier filling of large crate geometries with ribs and handles, and can help reduce short shots and improve cycle efficiency in high‑throughput moulding.
Density and stiffness (stacking and creep resistance): Listings indicate a typical density around 0.963 g/cm³, consistent with a high‑density structure that generally correlates with higher stiffness and better creep resistance in rigid parts. For crates, this matters for stack stability, dimensional control, and resistance to deformation under load.
Low warpage and dimensional stability (why converters choose it): I62U080U is repeatedly positioned for low warpage and dimensional stability—critical for crates that must nest/stack correctly and maintain consistent geometry across production batches. In practice, warpage performance depends on tool design, cooling balance, and processing window, so mould trials remain the final proof.
UV stabilization and outdoor service life: UV stabilization is the core differentiator versus non‑UV crate grades. It is intended to slow sunlight‑driven degradation, helping crates and helmets retain toughness and appearance longer during outdoor storage, transport, and repeated handling.
Applications
Soft‑drink and milk crates (outdoor distribution cycles)
Soft‑drink and milk crates often spend significant time outdoors—loading bays, open trucks, and yard stacking. I62U080U is positioned for these use cases because UV stabilization supports weatherability, while the high‑stiffness profile supports stacking strength and dimensional stability over repeated cycles.
Fishing and vegetable crates (wet handling + sunlight exposure)
Fishing and vegetable crates see wet conditions, repeated impacts, and prolonged sunlight exposure in real‑world logistics. This grade is referenced for such crates where converters want a rigid, stack‑resistant part that maintains service life without early embrittlement or discoloration.
Helmets and rigid moulded protective parts
I62U080U is also positioned for helmets and similar rigid moulded parts. In these applications, moulders typically value consistent mould filling, surface finish (gloss), and a stiffness‑toughness balance—while UV stabilization can be relevant for storage and outdoor use conditions.
Comparable alternatives
Comparable HDPE injection‑moulding grades exist in India, including other GAIL G‑Lene crate grades such as I60U080 (UV‑stabilized, high‑flow) and I62A080U (UV‑stabilized, high‑stiffness).
Based on the provided inputs, I62U080U is best positioned as a UV‑stabilized, higher‑stiffness outdoor crate grade (typical MFI ~8.2 and density ~0.963). In contrast, I60U080 is typically referenced as a UV‑stabilized outdoor crate grade with a slightly lower density profile, while I62A080U is a well‑documented UV‑stabilized high‑stiffness injection grade with a standalone TDS.
Common search variants
Also searched as: Gail HDPE I62U080U, G‑Lene I62U080U UV stabilized, HDPE UV crate grade, HDPE dana for crates. Common variants: I62U 080U, I62U080UA, G Lene I62U080U, Gail I62 U080U.
Key Features
Specifications
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FAQs
Frequently Asked Questions
What is G‑Lene I62U080U used for?
Is I62U080U suitable for crates stored in sunlight?
What do “high stiffness” and “low warpage” mean for crate performance?
What does a high MFI (around 8) indicate for injection moulding?
How is I62U080U different from I60U080?
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