United Scientific Supplies JPC140 Casserole 140ml Lab Evaporation Dish

Description

Product Overview

The United Scientific Supplies JPC140 Casserole is a compact 140 ml porcelain evaporation dish specifically engineered for laboratory environments where precision, durability, and chemical resistance are paramount. Each unit is crafted from high‑grade porcelain that has been heat‑tested in‑house to ensure consistent performance up to 1050 °C, a temperature range that exceeds the requirements of most standard evaporation procedures. Both the interior and exterior surfaces are glazed, creating a uniformly white, non‑porous finish that resists staining, corrosion, and the absorption of reagents, thereby preserving sample integrity across repeated uses.

Key physical specifications include a package dimension of 5.71 × 4.09 × 2.52 inches and a lightweight design of just 0.16 ounces, making the dish easy to handle, stack, and store within crowded lab benches or safety cabinets. The model number JPC140 is clearly stamped on the base, providing quick identification and traceability for inventory management. Manufactured in India under strict quality‑control protocols, each batch undergoes a rigorous thermal shock test to verify that the porcelain maintains its structural integrity and glaze adherence after rapid temperature changes.

Usage

Designed for a broad spectrum of scientific applications, the JPC140 Casserole excels in tasks such as solvent evaporation, sample concentration, drying of small solid specimens, and preparation of thin films for analytical techniques. Its 140 ml capacity is ideal for handling limited volumes of liquids, reducing waste while still providing sufficient surface area for efficient heat transfer. Researchers in chemistry, biochemistry, environmental science, and materials engineering frequently employ this dish during titration experiments, crystallization processes, and micro‑scale synthesis where precise control over evaporation rates is essential.

The glazed surface minimizes the risk of sample adhesion, allowing for effortless removal of residues after heating. This feature is particularly valuable when working with reactive or viscous substances that might otherwise cling to untreated glassware. Additionally, the dish’s ability to withstand temperatures up to 1050 °C enables its use in high‑temperature drying ovens, furnace setups, and even certain pyrolysis protocols without fear of deformation or glaze degradation.

When integrating the JPC140 into routine laboratory workflows, users appreciate its compatibility with standard laboratory equipment such as hot plates, heating mantles, and vacuum ovens. The dish’s compact footprint also makes it suitable for placement on magnetic stirrers, where gentle agitation can accelerate solvent removal without compromising the dish’s structural stability.

Why Choose Us

United Scientific Supplies has built a reputation for delivering reliable, high‑quality laboratory glassware that meets the rigorous demands of research institutions, industrial labs, and educational facilities worldwide. The JPC140 Casserole embodies this commitment through its meticulous manufacturing process, which begins with the selection of premium porcelain raw materials sourced from vetted suppliers. Each batch is then formed, glazed, and fired under controlled conditions to achieve a uniform white finish that is both aesthetically pleasing and functionally superior.

Our quality assurance program includes multiple checkpoints: dimensional verification, glaze thickness measurement, and thermal performance testing. The result is a product that consistently meets or exceeds industry standards for evaporation dishes, as reflected in its ranking as #30 in Lab Evaporation Dishes on major e‑commerce platforms. Moreover, the dish’s origin in India allows us to maintain competitive pricing without sacrificing quality, providing cost‑effective solutions for laboratories operating under tight budget constraints.

Customer support is a cornerstone of our service model. Should you encounter any issues with the JPC140, our dedicated technical assistance team is available to provide troubleshooting guidance, replacement parts, or warranty information. We also offer comprehensive documentation, including safety data sheets and usage guidelines, to help you integrate the dish safely and efficiently into your experimental protocols.

Key Features

• Heat‑tested porcelain endures temperatures up to 1050°C, ensuring reliable performance in high‑heat applications.
• Fully glazed interior and exterior create a smooth, non‑reactive surface that prevents sample sticking and simplifies cleaning.
• Compact 140 ml capacity balances minimal sample waste with ample surface area for efficient evaporation.
• Lightweight yet durable construction allows easy handling, stacking, and storage in crowded lab environments.
• Responsive customer support and comprehensive documentation provide peace of mind and quick resolution of any concerns.

FAQ

Can the JPC140 be used in a vacuum oven?

Yes, the porcelain material and glaze are designed to withstand the reduced pressure and temperature variations typical of vacuum ovens. The dish will maintain its shape and surface integrity, making it suitable for low‑pressure drying or solvent removal processes.

Is the glaze safe for all chemical reagents?

The glaze is formulated to be chemically inert for a wide range of common laboratory solvents, acids, and bases. However, for highly aggressive reagents such as hydrofluoric acid or strong oxidizers, we recommend consulting the material safety data sheet to confirm compatibility.

What is the recommended cleaning procedure?

After use, rinse the dish with distilled water to remove residual chemicals. For stubborn residues, a mild detergent solution followed by thorough rinsing is sufficient. Avoid abrasive scrubbers that could damage the glaze. The dish can also be placed in a standard laboratory dishwasher if compatible with your facility’s protocols.

How does the JPC140 compare to glass evaporation dishes?

Porcelain offers superior thermal stability and resistance to chemical attack compared to ordinary glass. The glazed surface reduces the likelihood of sample adhesion, and the material’s ability to tolerate higher temperatures makes it a more versatile choice for demanding applications.

Is there a warranty or guarantee?

United Scientific Supplies provides a limited one‑year warranty covering manufacturing defects. If the dish fails due to a defect within this period, we will replace it at no additional cost, subject to proof of purchase and inspection.