Damdaran High-Fat Yogurt 2000g

The 2kg container incorporates reinforced structural rim rings and an indented bottom geometry capable of bearing static vertical compressive loads across 4 stacked shrink layers. High-impact copolymer polypropylene prevents brittle fracturing or container buckling under refrigerated temperatures.

Owing to its balanced natural milk protein and lipid matrix, the yogurt resists phase breakdown or intense watering-off when mechanically blended with purees, garlic, or oils. Its cohesive structure acts as an effective binding agent in cold dressings, reducing reliance on mayonnaise or starch additives.

For restaurant chains and catering operators, the Minimum Order Quantity is set at 80 shrink bundles (320 tubs, totaling 640 kg). Scheduled dispatch utilizes dedicated multi-drop refrigerated trucks maintaining positive chilled airflow to withstand frequent door-openings during depot drops.

Under standard 4°C storage, starter culture metabolic activity is largely dormant; pH marginally shifts from 4.3 at packaging to no lower than 4.1 by day 21. This tight biochemical stabilization prevents sharp, astringent acid buildup, provided the cold chain remains uncompromised.

Filling equipment operates under automated CIP (Clean-in-Place) regimes and positive-pressure HEPA laminar air enclosures. Containers undergo UV sanitization and ionized dedusting prior to fill. Batch composite samples undergo a mandatory 48-hour laboratory quarantine for coliform, staphylococci, yeast, and mold clearance.

Yes, for maritime or overland cross-border freight, pallets are prepared with heavy-duty edge guards, dual polymer strapping, and weatherproof shrouds. All mandatory GSO technical parameters, nutrition panels, dual dates, and GS1 barcodes are applied in Arabic and English across primary and secondary packaging.

Procuring the 2kg format delivers an estimated 15% to 20% packaging cost reduction per kilogram compared to smaller 900g units, driven by reduced polymer mass per net volume. Furthermore, institutional kitchen labor efficiency improves markedly by halving container opening and disposal overheads.