Evaporation dishes are essential tools in laboratories for concentrating solutions through controlled evaporation. Selecting the correct dish material and size is crucial for efficient and safe laboratory practices. This guide will help you navigate the key features to consider when purchasing laboratory evaporation dishes.
- Superior Chemical Durability: Crafted from borosilicate 3.3 glass, this professional-grade beaker chemical and corrosion resistant, ensuring long-lasting durability and reliability.
- Heat-Tolerant Design: With the ability to withstand direct flame and high temperatures, this beaker is perfect for a wide range of laboratory experiments and applications, ensuring accurate measurements and safe handling.
- Convenient Spout: Featuring a built-in spout, this beaker allows for easy and precise pouring, minimizing the risk of spills or accidents.
- Versatile Usage: Ideal for professional laboratories, science classrooms, and even household use, this beaker is a versatile tool for various scientific experiments, measurements, and mixing tasks.
- Package Contains: 2 Pack Glass Crystallizing Dishes. Capacity: 1000ML.
- INDUSTRIAL QUALITY || Crystallizing dish made of high quality, heavy duty Borosilicate 3.3 glass
- 300ML CAPACITY || Dish measures 2" tall and 3.9" diameter and has a 300ml capacity
- FLAT BOTTOM & SPOUT || Dish features a flat bottom and a spout for easy pouring
- SUPERIOR DURABILITY || Superior chemical durability and heat tolerance. Can withstand direct flame and high temperatures. High durability against harsh chemicals and corrosive environments. Can be safely sterilized in autoclaves at 121°C
- GREAT FOR PROFESSIONAL LABORATORIES, CLASSROOMS & HOUSEHOLD || Designed for use in professional laboratories, but is an ideal choice for science classrooms and household use
- Max. Capacity: 60ml ; φ74mm x H28mm
- Made of Porcelain Material, good resistant to high temperature, can withstands temperatures up to 2000°C. The porcelain is uniform in thickness and dense which allows stable mechanical strength and little permeability. Large mouth and shallow bottom...
- Special container for lab use. Widely used for grinding and heating liquid. Suitable for laboratory, teaching experiment, science experiment, home.
- Suitable for the analysis and melt of metal or non-metallic samples in a variety of laboratory and industrial applications
- When using an evaporating dish to hold liquid, the amount of liquid should not exceed two-thirds of its volume.
- StonyLab glass evaporating dish is suitable for various scenarios in both experiments and daily life, including evaporation, dissolution, mixing, and transfer
- Featuring a flat bottom design for stability, it also has a spout design for easy pouring
- Diameters: 90 mm; capacities: 200 ml
- Made from high borosilicate glass, it boasts a thick-walled design that provides high hardness, corrosion resistance, and a low coefficient of thermal expansion; maximum withstand temperature 200°C
- Warranty: StonyLab 1-year limited warranty; if received damaged, please contact us immediately; we will solve it until satisfied
- Glazed for easy cleaning
- 4" diameter, 1" depth
- Spout for easy pouring
- 50 ml capacity
- Glazed for easy cleaning
- 4.6" diameter, 1.6" depth
- Spout for easy pouring
- 200 ml capacity
- The crystallizing dish is designed specifically for crystallization and evaporation processes within laboratory settings
- Outer diameter: 80 mm, Capacity: 100 ml
- Made of borosilicate glass, durable, with a maximum temperature resistance of 250°C
- This crystallizing dish is designed with a flat bottom and does not include a spout
- Warranty: Labasics 1-year limited warranty; if received damaged, please contact us immediately; we will solve it until satisfied
- INDUSTRIAL QUALITY || Crystallizing dish made of high quality, heavy duty Borosilicate 3.3 glass
- 100ML CAPACITY || Dish measures 1.6" tall and 2.8" diameter and has a 100ml capacity
- FLAT BOTTOM & SPOUT || Dish features a flat bottom and a spout for easy pouring
- SUPERIOR DURABILITY || Superior chemical durability and heat tolerance. Can withstand direct flame and high temperatures. High durability against harsh chemicals and corrosive environments. Can be safely sterilized in autoclaves at 121°C
- GREAT FOR PROFESSIONAL LABORATORIES, CLASSROOMS & HOUSEHOLD || Designed for use in professional laboratories, but is an ideal choice for science classrooms and household use
- INDUSTRIAL QUALITY || Crystallizing dish made of high quality, heavy duty Borosilicate 3.3 glass
- 1000ML CAPACITY || Dish measures 3" tall and 5.8" diameter and has a 1000ml capacity
- FLAT BOTTOM & SPOUT || Dish features a flat bottom and a spout for easy pouring
- SUPERIOR DURABILITY || Superior chemical durability and heat tolerance. Can withstand direct flame and high temperatures. High durability against harsh chemicals and corrosive environments. Can be safely sterilized in autoclaves at 121°C
- GREAT FOR PROFESSIONAL LABORATORIES, CLASSROOMS & HOUSEHOLD || Designed for use in professional laboratories, but is an ideal choice for science classrooms and household use
- Dish has a 2500mL capacity with a diameter of 190mm and height of 100mm
- Made from borosilicate glass code 7740
- Reusable crystalizing dish will withstand repeated sterilization (wet or dry)
- Heavy duty rim is reinforced and fire polished to reduce chipping
- Ideal for storage and crystallization
This article is part of our complete guide Lab & Scientific Equipment — browse all our comparisons and buying guides.
Last update on 2026-07-23 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Evaporation Dishes
Material Matters
Evaporation dishes are commonly made from porcelain or borosilicate glass. Porcelain is highly durable, resistant to thermal shock, and ideal for high-temperature applications. It's also less prone to scratching. Borosilicate glass offers excellent chemical resistance and visibility of the contents, making it suitable for observing the evaporation process, though it can be more fragile.
Size and Shape Considerations
The diameter and depth of an evaporation dish influence its capacity and surface area. Larger diameter dishes offer a greater surface area, accelerating the evaporation rate. Choose a size that accommodates the volume of liquid you typically need to concentrate without overflowing. Dishes are generally shallow and wide to maximize surface area exposure to the air or heat source.
Durability and Handling
Consider the dish's construction for longevity and ease of use. Rimmed edges provide a more robust grip for handling with tongs or forceps, reducing the risk of accidental drops. Ensure the material is smooth and non-porous to prevent sample contamination and facilitate easy cleaning after use. For frequent high-heat applications, prioritize dishes known for their thermal stability.
Intended Use and Compatibility
Think about the specific laboratory procedures the dish will be used for. Some dishes are designed for use with hot plates or Bunsen burners, while others are better suited for ambient evaporation or rotary evaporators. Ensure the dish material is compatible with the chemicals you are working with to avoid corrosion or unwanted reactions.
