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When considering sinks for a laboratory, you may be thinking that a traditional kitchen sink will work. However, that is not the case. A laboratory requires a science lab sink, one that is created for the space to ensure the employees are safe and able to clean up with ease in the lab environment. Learning the basic differences between traditional sinks and the different types of laboratory sinks will help you to better understand the needs of the lab and ensure the space is ready to function no matter the experiment. Laboratory sinks are specialized products designed for the unique requirements of a science lab environment.

Cleanliness of the Water

In a lab, the cleanliness of the water must be considered. The water used in the lab does not need to have contaminants that could affect experiments or the cleanliness of the staff. Equipment in the lab needs to be clean, so having fresh water that is not contaminated is essential. With a science lab sink, you can install an option that has water filtration, ensuring any contaminants are removed with ease before cleaning of instruments or supplies as well as washing hands. Additionally, lab sinks are designed to handle the disposal of waste, harsh chemicals, and corrosive chemicals that may be present in the lab environment. The choice of a specialized lab sink is crucial to ensure the safety and efficient operation of the laboratory.

Hands-Free Approach

When working in a laboratory setting, there are tests that will be performed as well as experiments that will require both of your hands to be free when controlling water flow. Because of this need, a hands-free approach is needed for your lab sink. You also can use a hands-free option because your hands need to stay clean, and the knob of the unit can have microorganisms that would contaminate your experiment. Results would be inaccurate if a foreign body were to integrate within your experiment. When you can use your elbow or even a pedal to control the water flow, you avoid interrupting your experimental process. Freestanding sinks are a popular laboratory sink solution, as they provide the hands-free functionality required in many lab settings. Stainless steel is a common and popular laboratory sink material due to its durability and resistance to many harsh chemicals found in the lab environment.

Durable Sink

A traditional kitchen sink is not able to handle the day-to-day strain that a laboratory creates. A kitchen sink is set up to succeed with water, not harmful chemicals. A laboratory sink is created from materials that will not degrade the unit. Epoxy Resin lab sinks are an example of a material that is durable and safe to use in a laboratory setting. Most chemicals will not harm the unit, allowing you to wash tools as well as your hands without the threat of damaging the sink.

If you install a traditional sink in your lab, you run the risk of problems with the sink as well as the actual drain and piping. Chemicals can easily be damaging, leading to issues that will delay your work as well as cost money.

Overall, a laboratory will be more successful when a sink that is created for lab work is installed. Contact us today to find out your options for a wide variety of sink installations, finding the right solution for all your laboratory sink needs. With the proper sink installation, you can safely handle the disposal of waste and ensure your experiments will run smoothly, allowing you to stay on top of your daily schedule. A commercial laboratory requires specialized lab sink solutions that come in a variety of sizes and types to meet the unique application needs of the facility.

Frequently Asked Questions

What types of sinks are best suited for a laboratory environment?

Laboratories typically require specialized sinks that can handle a variety of chemicals, wastes, and industrial applications. Popular options include stainless steel lab sinks, ceramic laboratory sinks, and bespoke sinks designed for specific needs. The type of sink should be selected based on factors like chemical resistance, ability to handle corrosive wastes, and ease of cleaning.

How important is the size and configuration of a laboratory sink?

Sink sizing is crucial in a lab setting. Factors like available space, required basin dimensions, and need for features like corner sinks or under-sink storage should all be considered. The sink should provide adequate room for tasks like cleaning equipment and allow for unobstructed water flow and access.

What special features do laboratory sinks have compared to household sinks?

Lab sinks often have features like hands-free faucet operation, built-in water filtration, and specialized drainage systems to handle a wide range of chemicals and wastes. The materials, such as stainless steel or epoxy resin, are selected for their durability and resistance to corrosion from inert chemicals and other lab products.

How can I ensure my laboratory’s sink can safely dispose of hazardous wastes?

Proper disposal of chemical wastes is critical in a lab environment. Sinks should be paired with appropriate drainage and disposal systems to handle corrosive, toxic, or otherwise hazardous substances. This may include specialized plumbing, containment features, and connection to approved waste handling facilities.Q: What are the key differences between a standard kitchen sink and a laboratory sink?
A: Unlike household sinks, lab sinks are engineered to withstand exposure to a much broader variety of liquids, including acids, bases, and other aggressive chemicals. They also typically have a hands-free design to keep experiments uncontaminated. The basin, faucets, and overall construction are optimized for the demands of a working laboratory.