The Steelite DCI373UW Asian Fusion Bowl is a 10 oz. capacity ceramic bowl designed for high-volume foodservice environments. Crafted by Steelite International, this vessel measures 5-1/4" in diameter and 2-1/2" in height, suitable for precise portion control to the line. Fully vitrified and lead-free, it ensures durability and safety in commercial kitchens, featuring oven and microwave compatibility for versatile use in Asian cuisine presentations and fusion dishes. Its technical specifications support efficient workflows in busy restaurant, catering, or institutional settings, offering reliable performance for rigorous daily use.
Top Steelite DCI373UW Features
This Asian Fusion Bowl from Steelite combines a 10 oz. capacity with a vitrified ceramic construction, providing exceptional durability against thermal shock and frequent handling. Its oven and microwave-safe design facilitates quick reheating and plating, ideal for high-turnover restaurant kitchens. The bowl’s 5-1/4" diameter and 2-1/2" height optimize serving portions while maintaining ease of stacking and storage. Designed for quick cleaning and maintenance, its lead-free ceramic ensures food safety and cost-effective sanitation, making it suitable for both casual and upscale Asian foodservice applications.
- Functionality: Precisely fits 10 oz. servings to line for portion accuracy
- Durability traits: Fully vitrified ceramic resists thermal shock and chipping
- Ease of maintenance: Microwave and oven safe for versatile reheating and serving
- Optimal fit: Designed with 5-1/4" diameter for efficient stacking and storage
- Workflow integration: Suitability for high-volume Asian cuisine presentation and quick turnaround
Ideal for quick-service Asian restaurants and catering operations seeking reliable, stackable service ware.
Steelite DCI373UW Technical Specs
Constructed from high-quality ceramic, the Steelite DCI373UW features a 5-1/4" diameter and 2-1/2" height, supporting a 10 oz. capacity to the line. It weighs approximately 24.25 lbs per case, with each bowl providing durability against thermal and mechanical stress, suitable for oven and microwave use. The fully vitrified material ensures resistance to cracking and staining, while the lead-free composition aligns with food safety standards. The bowl’s simple geometric round shape enables efficient stacking, storage, and cleaning. Its operating temperature range supports microwave reheating, and compatibility with standard commercial dishware makes it a versatile addition to busy kitchens.
- Dimensions: 5-1/4" dia. x 2-1/2" H for precise portioning
- Material: Fully vitrified ceramic for durability and resistance to thermal shock
- Capacity: Supports 10 oz. servings to the line for consistent presentation
- Construction: Lead-free, microwave, and oven safe; easy to clean and maintain
- Weight and Packaging: 24.25 lbs per case for reliable handling and storage efficiency
- Electrical Requirements: Not applicable
- Food Safety: Ceramic material with food-safe, lead-free finish
- Temperature Range: Suitable for reheating in microwave and oven
- Construction & Finish: Vitrified ceramic with smooth white exterior for presentation
- Maintenance: Dishwasher safe for effortless cleaning in busy foodservice settings
- Usage Compatibility: Compatible with standard commercial dishwashers and oven reheating
- Installation & Clearance: Compatible with standard shelving and storage units
- Durability Requirements: Withstands frequent handling, stacking, and thermal cycles
- Cleaning Routine: Dishwasher compatible; avoid abrasive cleaners to preserve finish
- Workflow Integration: Supports menu versatility in Asian cuisine plating
- Handling and Safety: Rounded edges for safe handling, stackable design for space efficiency
What is a commercial Asian fusion bowl?
A commercial Asian fusion bowl is a specialized ceramic dishware designed for serving Asian-inspired dishes in high-volume foodservice settings. Typically made from vitrified ceramic, these bowls support hot and cold applications, with capacities between 9 and 16 oz. They are engineered for durability, microwave and oven safety, and stackability, making them suitable for busy restaurants, catering, and institutional operations. The Steelite DCI373UW Asian Fusion Bowl exemplifies these features, optimized for quick service and consistent presentation in Asian cuisine menus, ideal for both casual and upscale facilities needing reliable, restaurant-ready dishes.
Top commercial Asian fusion bowls for Asian cuisine service
Designed for high-performance Asian cuisine plating, these bowls by Steelite International offer durable vitrified ceramic construction, precise portion control, and microwave oven compatibility, making them suitable for mid-volume restaurant service operations. Steelite DCI373UW delivers quality build and functionality for busy foodservice environments focused on Asian fusion dining experiences.
- Medium-volume operation — ideal for Asian cuisine plating
- Compact commercial space — stackable and storage-efficient
- Foodservice category — suitable for Asian fusion and specialty dishes
- Moderate throughput — supports busy but not high-volume demands
- Presentation and reheating — supports quick service and menu versatility
Why Choose Steelite DCI373UW ?
Steelite DCI373UW distinguishes itself from competitors through its fully vitrified ceramic construction, ensuring long-term durability and resistance to thermal shock. Its 10 oz. capacity and oven/microwave safe design make it highly practical for Asian fusion and contemporary cuisine settings. The bowl's sleek white finish enhances presentation, while its stackable form improves storage efficiency, all contributing to operational effectiveness and high-quality foodservice delivery.
- Compact footprint — 5-1/4" diameter suits limited countertop space
- Restaurant-ready — durable, microwave, and oven safe construction
- Stackable design — reduces storage space and handling time
- High-capacity precision — supports 10 oz. portions for consistent plating
- Vitrified ceramic — offers resistance to chipping and thermal cycling
