StonyLab Evaporating Dish Borosilicate Glass Lab Evaporation Bowl 150

Description

Product Overview

The StonyLab Evaporating Dish is engineered from high‑quality borosilicate glass, a material renowned for its exceptional thermal stability, chemical resistance, and mechanical strength. With a generous 150 mm diameter and an 800 ml capacity, this flat‑bottomed bowl provides ample surface area for rapid evaporation, thorough mixing, and precise dissolution of samples. The thick‑walled construction not only enhances durability but also minimizes the risk of breakage under routine laboratory handling. Designed to withstand temperatures up to 200 °C, the dish maintains its structural integrity even during high‑heat procedures, making it suitable for a wide range of scientific applications.

Usage

In a chemistry laboratory, the dish serves as a reliable vessel for concentrating solutions, drying residues, and performing small‑scale reactions that require controlled heating. Its flat bottom ensures even heat distribution, reducing hot spots and promoting uniform evaporation. Researchers in biology and environmental science can use the dish for preparing samples, such as drying plant extracts or concentrating enzyme solutions, where gentle heating is essential to preserve activity. The integrated spout facilitates clean and accurate transfer of liquids, minimizing waste and preventing cross‑contamination. Additionally, the dish is well‑suited for educational settings, allowing students to observe evaporation processes and practice proper glassware handling techniques.

Why Choose Us

StonyLab stands for precision engineering and rigorous quality control. Each evaporating dish undergoes a multi‑stage inspection process to verify dimensional accuracy, glass clarity, and thermal performance. The product is backed by a 1‑year limited warranty, reflecting confidence in its longevity and reliability. Our customer support team is available to address any concerns, from troubleshooting usage tips to handling warranty claims, ensuring a seamless experience from purchase to daily operation. By choosing StonyLab, laboratories benefit from a blend of scientific expertise, durable materials, and responsive service that together elevate experimental outcomes.

Key Features

• High borosilicate glass construction provides superior chemical resistance and low thermal expansion.
• Flat bottom design ensures stable placement and even heat distribution for consistent evaporation.
• Integrated spout enables precise pouring, reducing spillage and improving workflow efficiency.
• Thick‑walled structure tolerates temperatures up to 200 °C, supporting a wide range of laboratory procedures.
• 1‑year limited warranty and dedicated after‑sales support guarantee peace of mind and reliable performance.

FAQ

Can the dish be used for heating above 200 °C?

The dish is rated for a maximum temperature of 200 °C. Exceeding this limit may compromise the glass integrity and lead to breakage. For applications requiring higher temperatures, consider specialized high‑temperature glassware.

Is the dish compatible with standard laboratory clamps and stands?

Yes, the flat bottom and uniform dimensions allow the dish to be securely positioned on most laboratory clamps, ring stands, and heating plates commonly found in research and teaching labs.

How should I clean the evaporating dish after use?

Rinse the dish with warm water to remove residues, then use a mild laboratory detergent if needed. For stubborn deposits, a gentle soak in a dilute acid solution followed by thorough rinsing is effective. Avoid abrasive scrubbers that could scratch the glass surface.

What does the 1‑year warranty cover?

The warranty covers manufacturing defects and glass breakage that occurs under normal laboratory use. If the dish arrives damaged or develops a fault within the warranty period, contact StonyLab customer service for a replacement or repair solution.

Can I order the dish in sizes other than 150 mm?

Yes, StonyLab also offers a 90 mm version of the evaporating dish, providing flexibility for different experimental volumes and workspace constraints. Both sizes share the same high‑quality borosilicate construction and design features.