The Round Shallow Series is the industry standard for high-volume catering, weddings, and institutional dining. Engineered with a streamlined 1.5 cm profile, these plates prioritize vertical stacking efficiency and usable surface area without the bulk of deep-dish alternatives. This series is specifically designed to replace porcelain or plastic dinnerware in environments where storage space is at a premium and rapid, high-density distribution is required. Engineering & Performance Excellence Each plate is manufactured from the natural sheath of the Areca Catechu palm, heat-pressed at 180°C to create a dense, industrial-grade structure. Structural Rigidity: With a wall thickness of 1.5–2.5 mm, the plates are engineered for "heavy load" scenarios, resisting flexing or collapsing even when loaded with hot proteins or dense side dishes. Thermal Range: Fully stable from -20°C to +120°C; suitable for microwave reheating, hot food service, and cold salad storage without deformation. Liquid Resistance: The thermal molding process imparts a semi-hydrophobic finish that provides 6–8 hours of resistance to dressings and light sauces, preventing saturation and maintaining a stable dining experience. Logistics & Export Optimization The shallow configuration is a strategic volume-driver for international procurement, designed to minimize landed costs per unit: High-Density Nesting: The low-profile design allows for significantly tighter nesting than deep-profile variants. This maximizes piece counts per master carton and optimizes container floor loading for ocean freight. Climate Stability: Strict moisture control (6–7%) ensures the plates remain dimensionally stable during long-haul transit. This prevents warping or adhesion between units, ensuring they arrive flat and ready for manual or automated dispensing. Warehouse Efficiency: Standardized nesting profiles allow for optimized palletization, reducing the total freight and storage footprint for global buyers. Sustainability & Compliance The production protocol is entirely chemical-free, utilizing high-pressure water cleaning and UV treatment for final sterilization. Safety: 100% food-safe and free from synthetic binders or dyes. Eco-Certification: Fully compostable, biodegradable, and backed by standard phytosanitary certification for global export readiness.