Visit our website for more information:
www.onepointesolutions.com/lab/laboratory-countertops/epoxy-resin/
Full table of chemical resistances:
www.onepointesolutions.com/epoxy-phenolic-solicor-table/
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The choice of the optimal work surface material in the laboratory is crucial, so in this video, we will help you understand the differences between the phenolic, epoxy and solicor-CR resins.
Choosing the best surface material for your laboratory needs shouldn’t be a daunting task. To break down what you NEED to KNOW and help you make an informed decision, here are the pros and cons of choosing between phenolic, solicor-cr and epoxy resins.
First, it is worth mentioning that all three types of work surfaces have comparable properties in regards to their durability and resistance and can be used in a variety of industrial settings. The differences between them come down to three key attributes: 1) chemical/heat resistance 2) homogeneity and density of the material and 3) manufacturing and installation
1)
First, let's talk about durability and resistance against chemicals and mechanical stresses. As you can see from the table the chemical resistance against selected types of compounds is comparable across all three types of surfaces, though there are some differences with how they react with acidic compounds. The full table is provided in the description below. In terms of heat and fire resistance, laminated nature of phenolic resin may contribute to somewhat easier damage when applying high heat for a prolonged period of time. Ultimately, all three are comparable in terms of sustaining elevated temperatures.
2)
Now that we have discussed the pros, let's mention a few cons of each type of resin. Epoxy resin may scratch easier than the others, and it is also heavy and quite difficult to cut during the installation. This is where the lightness of SOLICOR-CR shines best. Conversely, phenolic has an aesthetic disadvantage of having black edges, regardless of the top color. On that note, with epoxy and SOLICOR-CR especially, the uniform color of the surface is definitely a good bonus. And in regards to SOLICOR-CR itself, considering it's a newer material, it is not yet a common material in specifications, as compared to a more common phenolic resin, or the industry standard epoxy.
3)
Finally, it is important to discuss some of the practical aspects of ordering work surfaces. Traditionally longer lead times for epoxy as compared to the other types of surface materials have been further exacerbated by the recent events. Epoxis are also typically priced higher than others. On the contrary, both phenolic and SOLICOR-CR have much shorter delivery windows, are more cost-effective and easier to install, with SOLICOR's added bonus of being the lightest of the bunch. All three are made in the USA, come with a 1 year warranty and can be configured with a variety of laboratory furniture options upon request.
We understand that the choice of the surface material may be guided by your laboratory's unique workflow, your choice of chemicals, materials and applications, so our experts are prepared to work with you on addressing your specific needs and helping to choose the best option for the work surface.
Our commitment to our customers is best demonstrated in the short lead times, competitive pricing and made in USA quality of all of our products.
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Visit our website for more information:
www.onepointesolutions.com/lab/laboratory-countertops/epoxy-resin/
Негізгі бет Ғылым және технология How to Choose a COUNTERTOP MATERIAL? Epoxy Resin vs. Phenolic vs. Solicor - OnePointe Solutions
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