The GET Enterprises NP-9-DI Diamond Ivory™ Plate is a 9-inch diameter round plastic dish designed for high-performance use in commercial foodservice environments. Crafted from durable melamine, it features a narrow rim and break-resistant construction, making it suitable for busy kitchens, catering, and buffet settings. This lightweight, dishwasher-safe plate combines style and resilience, supporting efficient service with its robust material and high-volume handling capacity, ideal for restaurants, cafeterias, and catering operations seeking reliable dinnerware solutions.
Top GET Enterprises NP-9-DI Features
The GET Enterprises NP-9-DI Diamond Ivory™ Plate offers excellent durability, designed with break-resistant melamine suitable for high-traffic commercial kitchens. Its dishwasher-safe feature streamlines cleaning, while the narrow rim enhances presentation. Engineered for ease of handling and stacking, it accommodates medium-volume service operations, making it ideal for restaurants, catering, and institutional foodservice providers seeking reliable, stylish plateware.
- Impact-resistant melamine construction ensures longevity under frequent use
- Dishwasher safe facilitates quick, hygienic cleaning processes
- Precise 9-inch diameter fits standard service portions and presentation standards
- Round shape with narrow rim enhances visual appeal and stacking efficiency
- Lightweight design improves handling for servers and reduces fatigue during service
Perfect for mid-volume restaurant or cafeteria use requiring durable, easy-to-maintain dinnerware
GET Enterprises NP-9-DI Technical Specs
The GET Enterprises NP-9-DI Diamond Ivory™ Plate features a 9-inch round melamine construction designed for commercial durability and aesthetic presentation. Weighing 17 lbs per case, it is made from high-quality BPA-free material suited for dishwasher cleaning. This impact-resistant plate maintains its integrity under frequent use, with a consistent ivory color that complements various culinary settings. Its food-safe composition ensures safe, hygienic presentation, with dimensions optimized for standard serving applications in busy foodservice environments. The plate operates effectively within typical kitchen temperature ranges and resists chipping, cracking, and staining, supporting sustained performance in institutional and hospitality settings.
- Capacity: Designed for standard restaurant serveware
- Material: Impact-resistant melamine
- Color: Ivory finish
- Dimensions: 9" diameter, round shape
- Weight: 17 lbs per case
- Dishwasher safe: Yes, for efficient cleaning
- Food safety: BPA free material compliant for commercial use
- Construction: Melamine with durable wedge design
What is a commercial plastic plate?
A commercial plastic plate is a durable, high-performance dishware designed for intensive use in foodservice operations. Constructed from impact-resistant materials like melamine, it offers reliable service in restaurants, cafeterias, and catering environments. The GET Enterprises NP-9-DI Diamond Ivory™ Plate, with its 9-inch size and narrow rim, is installed in mid-volume kitchens for consistent presentation, resilience, and easy maintenance, making it well-suited for a variety of dining settings that demand both style and practicality.
Top plastic plates for restaurant service
Designed for mid-volume restaurant service, GET Enterprises NP-9-DI plates provide resilient impact-resistant melamine construction for long-term use. Ideal for busy kitchens, these dishwasher-safe plates ensure efficient workflow and reliable presentation in institutional and hospitality foodservice settings. The durable design and classic ivory finish support consistent operation and optimal product presentation with minimal maintenance.
- Medium-volume operation — suitable for cafes and casual dining
- Commercial kitchen equipment — designed for lasting durability and style
- Plastic dinnerware — optimized for restaurant and catering use
- Impact-resistant design — supports frequent handling and cleaning
- Dishwasher safe — simplifies sanitation in fast-paced environments