If you're wondering what material is utilized for chemical laboratory tables, then you've come to the right place. Our top-rated experimental equipment manufacturer is happy to answer any questions you may have about the materials used for these tables. Additionally, we offer peripheral problem solutions, along with wholesale pricing quotes for experimental equipment and complete installation designs. Please feel free to consult with us for further details.
We highly recommend considering ceramic countertops or epoxy resin countertops. It is suggested to choose either of these options based on their durability and functionality. Both ceramic countertops and epoxy resin countertops are excellent choices for your kitchen or bathroom.
The surface material of an experimental platform may vary, ranging from solid core plates to ceramic, marble, and epoxy resin surfaces. However, when it comes to chemical laboratory characteristics, the surface material needs to be resistant to corrosion. That is why the surface of a chemical experimental platform should ideally be made of ceramic or epoxy resin. These materials have the necessary properties that make them perfect for withstanding harsh chemical reactions often carried out in laboratories.
Chemical laboratories involve various test procedures and chemical reactions that result in strong corrosion. Thus, it is crucial to choose a laboratory table with excellent acid and alkali resistance to ensure its longevity. Using regular solid core physical and chemical plates would negatively impact the table's durability since their corrosion resistance is not sufficient. On the other hand, opting for solid physical and chemical plates might lead to apparent stains that are challenging to remove due to violent chemical reactions. Therefore, careful consideration must go into selecting the appropriate laboratory table to facilitate a conducive lab environment.
First, ceramic table top
The ceramic table and plate are priced higher due to their excellent suitability for chemical experiments. These products are crafted using various materials such as kaolin, clay, porcelain stone, porcelain clay, colorant, blue and white materials, lime glaze, lime alkali glaze, and others. They have remarkable properties including resistance to high temperatures of up to 900 degrees Celsius, protection against acid and alkali corrosion, high temperature endurance, and anti-aging abilities. However, their only drawback is the expensive price tag associated with them.
Second, epoxy resin mesa
The cost-effectiveness of epoxy sheet surpasses that of ceramic sheet primarily due to its affordability.
Made from epoxy resin, quartz sand, catalyst, and curing agent, epoxy resin mesa undergoes high temperature refining to create a countertop that boasts exceptional corrosion resistance, surpassed only by ceramic surfaces. While its temperature resistance falls slightly short of ceramic plates, withstanding up to 600 degrees Celsius, epoxy resin mesa truly shines in chemical laboratories due to its remarkable resistance to corrosion. This tabletop material is remarkably resistant to deformation and deterioration. However, it does have a drawback in that it has relatively low hardness and weight, making it unsuitable for placing heavy equipment.