Cambro 9S800151 Camrack® Glass Rack w/ (9) Compartments - (4) Gray Extenders, Soft Gray

The **Cambro 9S800151 Camrack® Glass Rack** is a **durable, commercial-grade dishwasher rack** designed to optimize efficiency in restaurant and kitchen operations. Its **polypropylene construction** ensures **chemical resistance** and **heat tolerance up to 200°F**, making it ideal for high-temperature dishwashing environments. With **9 open compartments**, this rack promotes **rapid drying** and **water circulation**, reducing drying time and preventing water spots on glassware. The **closed outer walls** protect against contamination and breakage, keeping your glassware safe while ensuring cleanliness standards are met. Featuring **4 soft gray extenders**, it securely holds glasses measuring **5 7/8" in diameter by 8 1/2" tall**, accommodating standard glass sizes while maximizing space efficiency. This **commercial dishwasher glass rack** is built for **restaurant durability** and **operational efficiency**, making it a **top choice for professional kitchens** looking to streamline dishwashing processes. The **integrated handles** and **stackable design** allow for easy loading and unloading, reducing labor time. Whether you're running a **fine dining establishment, café, or catering business**, this **Cambro glass rack** ensures **consistent performance, longevity, and hygiene compliance**—key factors for maintaining a professional kitchen workflow. Designed with **restaurant professionals in mind**, the **Cambro 9S800151** is part of the **Camrack® line**, known for its **reliability in demanding commercial environments**. Its **modular structure** allows for **customization** (from 1 to 9 compartments), making it adaptable to varying glassware sizes and dishwashing needs. Invest in a **high-quality, long-lasting dishwasher rack** that meets the **rigorous demands** of commercial kitchens while delivering **cost-effective performance** and **superior durability**—**order the Cambro 9S800151 today** and experience the difference in efficiency and reliability.