United Scientific Supplies JED120 Evaporating Dish, Round, 120 ml,

Description

Product Overview

The United Scientific Supplies JED120 Evaporating Dish is engineered for precision laboratory work where reliability and durability are paramount. Constructed from high‑quality porcelain, the dish features a smooth, white glaze that remains stable at temperatures approaching 1000 °C, ensuring that no softening or discoloration occurs during intense heating cycles. With a round shape and a 120 ml capacity, it provides ample surface area for efficient evaporation of solvents, reagents, and samples. The dish’s thermal‑shock resistance is a standout attribute; each batch undergoes rigorous heat testing to confirm an average coefficient of expansion of 3.56 × 10⁻⁵ from 20 °C to 200 °C, gradually increasing to 4.69 × 10⁻⁵ at 1050 °C. This resistance minimizes the risk of cracking or breaking when the dish is transferred between hot and cool environments, a common scenario in many analytical protocols.

Usage

Designed for a broad spectrum of laboratory applications, the JED120 dish excels in tasks such as solvent evaporation, sample concentration, and gentle heating of delicate compounds. Researchers in chemistry, biochemistry, environmental testing, and pharmaceutical development frequently rely on this dish to reduce volumes without compromising sample integrity. Its robust porcelain construction tolerates repeated heating cycles in ovens, hot plates, and drying cabinets, making it suitable for both routine and high‑throughput workflows. The dish’s 120 ml volume is ideal for medium‑scale preparations, allowing users to process multiple samples simultaneously while maintaining consistent temperature distribution across the surface. Because the glaze does not interact with most chemicals, the dish minimizes the risk of contamination, supporting accurate analytical results. Whether employed in a teaching laboratory for student experiments or in a research facility for advanced method development, the JED120 provides a dependable platform for evaporation and heating tasks.

Why Choose Us

United Scientific Supplies has a long‑standing reputation for delivering laboratory glassware and ceramicware that meets exacting standards. The JED120 Evaporating Dish exemplifies this commitment through its meticulous manufacturing process, which includes heat testing each batch to verify thermal‑shock performance and dimensional stability. Originating from India, the dish benefits from skilled craftsmanship and strict quality control protocols that ensure each unit conforms to the specifications outlined by scientific professionals. In addition to the superior material properties, United Scientific Supplies offers responsive customer support, providing guidance on product selection, usage best practices, and after‑sales service. Should any issues arise, the company’s technical team is readily available to address concerns, reinforcing confidence in the long‑term reliability of the dish. By choosing this product, laboratories gain not only a high‑performance tool but also the assurance of a trusted supplier dedicated to supporting scientific advancement.

Key Features

• 120 ml capacity in a round porcelain design for versatile sample handling
• Thermal‑shock resistance up to 1050 °C reduces risk of breakage during temperature changes
• High‑temperature white glaze prevents softening and maintains chemical inertness
• Durable construction suitable for repeated heating cycles in ovens and hot plates
• Responsive customer support and after‑sales service from United Scientific Supplies

FAQ

What temperature range can the JED120 dish safely withstand?

The dish is designed to endure temperatures up to 1050 °C without glaze degradation or structural damage, making it suitable for most laboratory heating applications.

Is the porcelain glaze chemically inert?

Yes, the white glaze is formulated to be non‑reactive with a wide variety of chemicals, ensuring that it does not introduce contaminants into your samples.

Can the dish be used for both evaporation and heating?

Absolutely. Its flat surface and thermal‑shock resistance make it ideal for solvent evaporation, as well as gentle heating of sensitive compounds.

How does United Scientific Supplies handle quality assurance?

Each production batch undergoes heat testing to verify thermal‑shock resistance and dimensional consistency, and the company provides technical support for any product‑related inquiries.

What is the recommended cleaning method?

Rinse the dish with warm water after use and, if needed, use a mild laboratory detergent. Avoid abrasive scrubbers that could damage the glaze.