Porcelain Chemistry Evaporating Dish, 120ml

Porcelain Chemistry Evaporating Dish, 120ml

Our chemistry evaporating dishes make lab work easier. And that’s exactly what they do. Evaporating dishes are like crystallizing which are used for crystallization processes and have a flat bottom and spout for easy pouring. By evaporating excess solvents you are left with a concentrated solution or solid precipitate from a dissolved substance. These are designed to evaporate excess solvents so they are essential for concentrating solutions. Most evaporating dishes are made from top quality materials like porcelain, borosilicate glass and PTFE. That’s what you need in a lab where things can get tough.

That’s why our 120ml evaporating dish is made from porcelain, it can withstand the high temperatures required during the evaporation process. It’s heat resistant, has a pouring spout and a flat glazed outside bottom for stability and heat resistance. The porcelain dish is glazed inside for easy cleaning and chemical resistance. The rim is reinforced and glazed to prevent chipping and pouring. And it’s available in many sizes to fit your needs. The dish can handle evaporation of excess solvent to concentrate solutions.

Chemistry evaporating dishes are a lab essential, often referred to as watch glasses as they hold liquids that need to evaporate, to separate solids from solutions. Made from durable materials like porcelain or borosilicate glass they can withstand high temperatures and are easy to clean. That’s why they’re called watch glasses.

Our evaporating dishes have a lip and flat bottom for easy handling and pouring. The built in spout is for safe liquid transfer, the materials can withstand high heat. Cleaning is a breeze, they’re reliable in your lab.A 120ml evaporation dish is a must have for labs. It has enough space for larger samples, speeds up evaporation and can hold multiple samples at once. It’s versatile with heating sources so it’s a practical choice for scientists.

In research evaporating dishes remove solvents, create solid precipitates and can be used as drying or covers for other lab equipment. They are suitable for handling mixtures of chemicals including acids and can be used to evaporate solvents from these mixtures.

When choosing an chemistry dish consider the material, size and shape. Porcelain and borosilicate are popular for durability and heat resistance. Choose a shallow dish for optimal evaporation. The dish provides uniform heating and can withstand temperatures up to 1050°C, so it’s reliable in demanding applications.

In the lab safety always comes first. Wear protective gear when handling hot dishes or chemicals. Use heat resistant surfaces and inspect before use. Our's have a pouring spout to prevent spills, so your experiments are safe and accurate measurements. Stirring is generally avoided during evaporation to prevent spillage and loss of sample.

Evaporation dishes are versatile lab tools used for many purposes. They’re an essential part of lab processes. During evaporation solvents are evaporated and the evaporated substance is left behind which can be weighed to determine the amount lost or remaining. This is used to produce concentrated solutions or solid precipitates from mixtures.

To get the most out of your evaporating dish handle it with care to avoid thermal shock. Clean properly to prevent contamination. Monitor evaporation and work in a well ventilated area.

Our evaporating dishes come in various sizes and materials. Ready for your lab. For orders or custom requests contact us or visit our website. We can help you find the right one for your experiments.

Evaporating dishes are laboratory essentials for efficient evaporation and supernatant liquids. Made from high quality materials such as porcelain, borosilicate glass and PTFE they are durable and reliable in any lab.

Evaporating dishes are the unsung heroes of laboratory environments. They can withstand the heat of Bunsen burners—and the rigors of daily use—because of their high temperature tolerance. That glazed interior surface of porcelain evaporating dishes makes them easy to clean and maintain. And because they can withstand thermal shock they last longer and perform better.

You’ll find evaporating dishes in labs doing all sorts of jobs. They help with evaporation and crystallization, concentration—and even as shallow baths, drying or makeshift beaker covers to shield contents from dust and contaminants. Watch glasses, a type of evaporating dish, are often used to cover beakers and keep condensation from escaping.

When working with evaporating dishes safety is first. Handle them with care to avoid breakage and injury. Clean them regularly to prevent contamination and bacterial growth. Work in a well ventilated area to minimize your exposure to fumes and particles. Exercise caution with those sensitive and high temperatures. Proper storage is just as important as proper use. Follow these guidelines and you’ll be able to keep your lab running safely and efficiently.

Product Description

Evaporating dishes are shallow open containers designed to facilitate the evaporation and supernatant liquids. They are essential for concentrating dissolved substances or forming a solid precipitate. Made from heat resistant materials like porcelain or borosilicate glass they have a bottom for easy handling and pouring. This design allows for efficient evaporation and practical use in any laboratory.

Key Features and Benefits

Several key features and benefits:

• Fast Evaporation: Designed to maximize the surface area of the solution evaporating dishes allow for rapid evaporation and concentration of dissolved substances.

• Reduced Contamination: Made from non reactive materials these minimize contamination so you get accurate and reliable results.

• Longer Dish Life: Built to withstand high temperatures and repeated use have a longer life so you don’t need to replace them as often.

Types of Laboratory Equipment

The evaporation process involves heating the solution in the dish—either over a flame, on a hot plate or in an oven—to evaporate excess solvents efficiently. This process is crucial and isolating solids from liquids. Watch glasses a type of evaporating dish are used for these tasks as well as for covering beakers to prevent contamination and condensation loss.

Understanding the different types of laboratory equipment and their uses is essential to get accurate and efficient results. By choosing the right evaporating dish or related tool for each process, producing a precipitate or protecting samples—researchers can ensure the success of their experiments and maintain a safe and efficient laboratory.

Uses

Used in:

• Evaporation of Solvents: These are used to solvents allowing to concentrate dissolved substances. After evaporation the remaining solid or liquid is referred to as the evaporated substance which can be weighed to determine the amount lost or remaining.

• Crystallization: They are used to crystallize substances to form a precipitate.

• Laboratory Testing: They are used in various laboratory tests like titration and spectroscopy due to their high temperature resistance and stable reaction environment.