Lab Countertops

Lab countertops are made from chemical resistant maerials such as

Epoxy resin
Phenolic resin
Ceramic
Stainless steel

These countertops must meet strict safety standards, resisting corrosion from acids, solvents, and reagents.

They often feature integrated sinks, reagent shelves, or heat-resistant zones for hot plates. Proper installation with marine edges prevents liquid seepage, maintaining a hygienic environment. Each of these materials has its own characteristics and is suitable for laboratory scenarios with different requirements.]

Applications

Chemical laboratory
Biological Laboratory
Reserarch
Analysis and Testing Laboratory
Teaching Laboratory

Available in various sizes ,type and colours custom configurations.

Inquiry

Epoxy Resin countertops

Epoxy countertops made of epoxy resin stand out for their powerful comprehensive performance.
In terms of corrosion resistance, epoxy resin forms a dense protective layer through a special molecular cross – linking structure, which can resist the erosion of almost all chemical reagents, including highly corrosive substances such as concentrated sulfuric acid, concentrated nitric acid, and sodium hydroxide.
In chemical laboratories, where various high – risk chemical reagents are frequently used and stored, the lab countertops made of epoxy resin can effectively prevent the countertops from being corroded and damaged, ensuring the safety of the experimental environment.

Phenolic Resin countertops

Phenolic countertops made of phenolic resin occupy a place in the field of laboratory countertops with their high cost – performance and good performance.
It has good chemical corrosion resistance.
Although it cannot be compared with countertops made of epoxy resin, it is sufficient to resist the erosion of most common chemical reagents and can meet the daily use requirements of ordinary chemical laboratories and teaching laboratories.
In basic chemistry experiment courses in schools, countertops made of phenolic resin can effectively deal with the splashing of common acid and alkali reagents, ensuring the safety of experimental operations.

Ceramic countertops

In terms of corrosion resistance, ceramic countertops have excellent resistance to various chemical reagents. Whether it is strong acids and alkalis or organic solvents, it is difficult to cause erosion to them, making it especially suitable for laboratories that handle highly corrosive substances.
It has extremely high hardness, with a Mohs hardness of up to 7 – 9, far exceeding that of epoxy resin and phenolic resin. It can effectively resist the scratching of sharp instruments and the impact of heavy equipment, and is not prone to scratches and damage during long – term use.

About us

We are ShengStone group, a technology company specializing in laboratory furniture countertops.
Founded in 2008 and headquartered in Quanzhou, Fujian, China, we have always upheld the core values of professionalism, efficiency, and innovation. Over the years, we have steadily advanced in the industry, dedicated to providing customers with exceptional chemical-resistant worktop products and services.
In this field, we prioritize innovation and deeply study the diverse needs of laboratory environments. Our R&D team meticulously selects special polymer materials and integrates refined manufacturing processes to ensure that our countertops possess outstanding corrosion resistance. They can effectively withstand the erosion of high-concentration strong acids, alkalis, and organic solvents, delivering reliable performance in challenging chemical environments.
We implement strict quality control at every stage of production—from raw material selection to finished product inspection.
- This rigorous approach ensures that our products not only meet the requirements of conventional laboratories but also excel in special laboratories with extremely harsh conditions.
- Whether for daily experiments or specialized research, we strive to provide durable, safe, and high-performance countertop solutions that empower our customers’ work.

Home