EISCO 100mL Capacity, Round Evaporating Dish with Spout – Porcelain – 3.3″ Outer Diameter, 1.5″ Tall

Description

Product Overview

The EISCO 100mL evaporating dish is crafted from premium porcelain, a material renowned for its chemical resistance, thermal stability, and smooth surface finish. Measuring 3.3 inches in outer diameter and 1.5 inches in height, the dish offers a compact yet spacious interior that can comfortably hold up to 100 milliliters of liquid. The integrated spout is engineered for precise pouring, reducing the risk of spills and ensuring accurate transfer of concentrated solutions or precipitates. Its round geometry promotes uniform heat distribution during evaporation, which is essential for achieving consistent results in analytical and preparative laboratory work. The porcelain construction also allows for easy cleaning; residues can be wiped away with a damp cloth or mild detergent, and the dish can withstand routine autoclaving without degradation.

Usage

This evaporating dish is ideally suited for a wide range of laboratory applications, including solvent removal, sample concentration, crystallization, and precipitation of inorganic or organic compounds. Researchers in chemistry, biochemistry, environmental science, and materials engineering will find the dish valuable for both routine assays and specialized protocols. The sturdy porcelain body tolerates moderate heating on hot plates, water baths, or under a gentle stream of nitrogen, making it compatible with various drying techniques. Beyond professional labs, the dish can be employed in educational settings for student demonstrations, in home hobbyist workshops for small‑scale synthesis, or even in creative projects that require a reliable vessel for controlled evaporation of liquids.

Why Choose Us

Choosing the EISCO evaporating dish means selecting a product that combines durability, precision, and affordability. EISCO has a long-standing reputation for delivering high‑quality laboratory glassware and porcelainware, and each dish undergoes rigorous quality control to ensure dimensional accuracy and material integrity. The spout design has been refined through user feedback to provide a smooth, non‑dripping flow, which minimizes waste and improves reproducibility of experiments. Additionally, the dish’s lightweight nature (just over 2 ounces) makes it easy to handle, transport, and store without sacrificing robustness. Customer support is available to address any inquiries, and a responsive after‑sales service ensures that users receive prompt assistance should any issues arise.

Key Features

• Premium porcelain construction offers excellent chemical resistance and easy cleaning.
• Integrated spout enables precise, mess‑free pouring of concentrated solutions.
• Compact 100 mL capacity with a 3.3 inch diameter provides efficient evaporation space.
• Lightweight yet durable design tolerates standard laboratory heating methods.
• Responsive customer support and reliable after‑sales service for peace of mind.

FAQ

Can this dish be used on a hot plate?

Yes, the porcelain material is designed to withstand moderate temperatures on a hot plate, water bath, or under a gentle nitrogen stream. Avoid direct flame or extreme temperature spikes to prevent damage.

Is the dish compatible with autoclave sterilization?

Absolutely. The dish can be autoclaved at standard cycles without compromising its structural integrity or surface finish.

How do I clean the spout to prevent clogging?

After each use, rinse the spout with warm water and a mild detergent. For stubborn residues, a soft brush or a brief soak in a diluted acid solution can be employed, followed by thorough rinsing.

What is the best way to store the dish to avoid breakage?

Store the dish in a padded container or a dedicated glassware cabinet, keeping it away from heavy objects that could cause impact damage.

Can the dish be used for educational demonstrations?

Yes, its clear porcelain body and easy‑to‑pour spout make it an excellent tool for classroom experiments, allowing students to observe evaporation and crystallization processes safely.