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Evaporating Dishes

Elevate your materials testing processes with our exceptional range of evaporating dishes, designed to empower you with accuracy, reliability, and unparalleled performance. We have an excellent range of high-quality products, all designed to withstand the rigors of laboratory environments and meet your demands in materials testing.

When it comes to choosing between porcelain or borosilicate glass, we opted for porcelain for its excellent heat resistance and chemical inertness. With a Certified MTP evaporating dish, you get a safe, non-reactive product that’s more durable than watch glass. Our dishes are glazed inside and out, ensuring the utmost protection for all your complicated experiments.

Explore our range of evaporating dishes and experience the difference they make to your materials testing processes.

Our Collection of Evaporating Dishes

When it comes to choosing an evaporating dish, all of our products are top of the range. We sell porcelain evaporating dishes manufactured by Gilson Company and United Scientific, both experienced and high-profile companies adept at producing high-quality products. 

Whether you are looking for dishes with a shallow form to facilitate evaporation or a small bowl for concentrated evaporation, we’ve got you covered. 

Key Features and Benefits

Often used in industrial settings, our products are designed for the ultimate durability. Experience the capabilities of our cutting-edge evaporating dishes by exploring the collection below.

Read on to discover the how and why behind our dishes, including the use of a glazed inside and the choice to use porcelain over borosilicate glass. Our porcelain options are better than shallow glass evaporating dishes or watch glasses due to the sturdiness of the materials. 

If you’re looking for an evaporating dish that’s perfect for creating concentrated solutions and carefully testing the dissolved substance and residue, look no further.

Superior Materials and Construction

Our dishes are meticulously manufactured using top-grade porcelain, able to withstand temperatures better than borosilicate glass or watch glasses. With exceptional heat resistance, chemical inertness and durability, your evaporating dish will last for a long time without sacrificing performance.

Designed with a flat bottom to improve stability, the shallow evaporating basin ensures quick and efficient evaporation. This careful construction guarantees consistent quality and precise results, making our dishes indispensable tools in your lab kit.

Plus, the dishes are glazed everywhere except the outside bottom. The glaze prevents corrosion from acids and solvents, ensuring the dishes are perfect for use no matter what you’re testing.

Resistant to Chemicals and High Temperatures

Certified MTP’s evaporating dishes are designed to withstand higher temperatures encountered during the evaporation process. Porcelain can withstand high temperatures of between 650˚C (1200˚F) and 1090˚C (2000˚F) without melting or cracking. Therefore, you can conduct high-temperature work with a bunsen burner or hot plate without any concerns that the evaporating dish will crack or warp.

You may also want to use harsh solvents when evaporating liquids and porcelain has excellent resistance to most common chemicals like bleach and ammonia. Thanks to the glaze, our dishes are highly durable and resistant to corrosion. No matter the type of concentrated solution you’re using, you can trust in the integrity of our dishes.

Optimal Design for Evaporation and Testing

The design of our evaporating dishes is optimized to facilitate efficient evaporation. With wide mouth openings, evaporation is quick and easy. The shallow bowl maximizes concentration. Meanwhile, a porcelain evaporating dish is ideal for use at higher temperatures if you want to speed up evaporation.

When you’re done, the pouring spout is handy for easy sample transfer, whether you’re handling a solid precipitate or removing supernatant liquid.

Enhanced Testing

With a Certified MTP evaporating dish, your samples are protected as non-reactive porcelain maintains their integrity. There is minimal interaction or contamination during the evaporation process, ensuring accurate and reliable materials testing.

Browse the Best Evaporating Dishes

For the best evaporating products on the market and effective results, explore our range of dishes below. Check out our top-selling porcelain products, or contact us for more information.

FAQs

1. Can I use evaporating dishes for qualitative and quantitative analyses?

Yes! Evaporating dishes are versatile tools suitable for a wide range of materials testing processes, including both qualitative and quantitative analyses. Whether you’re assessing supernatant liquids in a qualitative analysis of chemical reactions or performing a quantitative analysis of the dissolved solids in a sample, our evaporating dishes are the perfect versatile tool.

2. Are the evaporating dishes reusable?

All of our dishes are reusable, provided that you care for them properly. After each use, rinse with water or appropriate detergents to remove residues, including any lingering precipitate of the dissolved liquid. Make sure to avoid the use of harsh chemicals and abrasive cleaners during rinsing to preserve their integrity, and always stay within the recommended temperature range. That way, you can use your dish for years to come.

3. How do I choose the right size of evaporating dish?

We sell evaporating dishes in many sizes, including 75ml, 100ml, 250ml, and more. The best size for you depends on the volume of solution you are working with, so make sure you consider your requirements when choosing. The volume should fit comfortably within the dish for optimal evaporation.

4. Can I heat the evaporating dish on a hot plate?

Yes, our porcelain evaporating dishes can withstand high temperatures, meaning you can heat them on either hot plates or over bunsen burners. Porcelain is therefore a better choice than watch glass, which has a much smaller temperature range. However, it’s important to follow heating protocols and avoid sudden temperature changes to prevent thermal shock. 

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