Product Overview
Our 1200x1000x165mm plastic pallet is engineered from advanced Modified Co-Polymer Polypropylene (MCPP) to deliver exceptional strength and durability for the most demanding industrial environments. With an impressive static load capacity of 4500 kg and a dynamic load capacity of 2500 kg, this pallet is built to excel in both heavy-duty racking systems and high-intensity transport applications.

Key Features & Benefits

Superior Load-bearing Performance: Designed to handle extreme weights, this pallet offers a remarkable 4500 kg static load capacity for secure racking and a robust 2500 kg dynamic load capacity for safe transportation, ensuring reliability in all stages of logistics.
Advanced Material Science: Constructed from high-grade Modified Co-Polymer Polypropylene, which provides exceptional impact resistance, even in freezing temperatures, and superior durability against cracking and fatigue compared to standard materials.
Optimized Robust Design: The substantial 165mm profile incorporates a heavily reinforced grid structure and sturdy leg supports, ensuring maximum rigidity, stability, and resistance to deformation under heavy loads.
Excellent Chemical & Moisture Resistance: Impervious to most acids, alkalis, and moisture, this pallet is ideal for harsh environments such as cold storage, chemical processing, and pharmaceutical industries. It is easy to clean and sanitize.
Operational Efficiency: The standard 1200x1000mm footprint and 4-way forklift entry allow for versatile and efficient handling, seamless integration into automated systems, and optimal space utilization in warehouses and shipping containers.
Technical Specifications

Material: Modified Co-Polymer Polypropylene (MCPP)
Dimensions (L x W x H): 1200 x 1000 x 165 mm
Load Capacity: Static: 4500 kg | Dynamic: 2500 kg
Fork Entry: 4-Way
Ideal Applications

Heavy-duty racking and high-bay storage
Cold chain logistics and freezer storage
Automotive and machinery industries
Bulk chemical and pharmaceutical distribution
Export packaging and intensive logistics cycles