50QT Camping Cooler Box – Durable LLDPE for Outdoor Adventures
| Parameter | Value |
|---|---|
| Capacity | 50QT |
| External Dimensions | 67×40.5×42.5 cm |
| Internal Dimensions | 53×28.5×32.5 cm |
| Net Weight | 10.5 kgs |
| Gross Weight | 12 kgs |
| Carton Size | 68x42x44 cm |
| Container Loading | 200 pcs/20′ GP, 425 pcs/40′ GP, 510 pcs/40′ HQ |
The manufacturing process of the LLDPE cooler box involves precision molding using top-grade LLDPE or HDPE materials. This ensures the cooler's exceptional durability and capacity to withstand rigorous outdoor conditions. Rigorous quality checks are performed at each step to maintain factory standards, making it an OEM product that's reliable and efficient for outdoor enthusiasts.
The product quality of our LLDPE cooler box is maintained through stringent factory-quality control measures. It provides robust and efficient storage with a focus on durability and performance. The choice of LLDPE or HDPE materials guarantees longevity and resistance to wear and tear, offering a premium experience for kayaking and outdoor adventures.
Made in China, our LLDPE camping cooler box is produced with advanced manufacturing techniques to deliver quality and affordability. Leveraging China's expertise in industrial production, we ensure that our cooler boxes meet international standards. The strategic location allows us to optimize logistics and supply chain efficiency, providing a cost-effective solution for our global customers.
Product Order Process FAQ
Q1: How many cooler boxes can fit in a 20′ GP container?
A1: A 20′ GP container can accommodate 200 pieces of our LLDPE cooler boxes, maximising shipment efficiency from the manufacturer.
Q2: What are the material specifications for the OEM cooler box?
A2: The cooler is made from high-quality LLDPE or HDPE materials, providing superior durability suitable for OEM manufacturing standards.
Q3: What is the factory's production capacity for these cooler boxes?
A3: The factory can produce up to 10,000 cooler boxes monthly to meet supplier demands efficiently.
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