Gray laboratory epoxy resin countertops
Gray laboratory epoxy resin countertops from ShengStone , with their unique performance advantages, widely use in various laboratories.
Soft and comfortable vision:
Gray is a neutral tone. Visually, it gives people a soft, peaceful, and comfortable feeling. It will not give people an overly strong and depressing visual impact like black. It can create a relaxed and pleasant atmosphere for the space.
Good effect of making space appear larger:
Gray has a certain sense of expansion. Using a gray epoxy resin countertop in a smaller space can make the space look more spacious and bright. To a certain extent, it makes the entire space appear more transparent.
Good dirt resistance:
Compared with light-colored countertops such as white, gray is not easy to get dirty. Some slight stains and dust in daily use will not be particularly obvious on the gray countertop. Therefore, the cleaning frequency can be relatively lower.
Strong compatibility:
Gray is a very versatile color. It can be matched with light-colored walls and furniture or combined with dark decorative elements. This versatility allows it to show different styles and effects. Hence, it can be well integrated into various decoration styles and color systems.
Chemical laboratory
Conventional chemical experiment operations:
When performing common chemical experiments such as acid-base neutralization and oxidation-reduction, laboratory personnel use various chemical reagents. The corrosion resistance of gray epoxy resin countertops can resist the erosion of strong acids and bases. These include sulfuric acid, hydrochloric acid, and sodium hydroxide. This prevents the countertops from being corroded and damaged, ensuring the safety and stability of the experimental environment.
Organic synthesis experiments:
In organic synthesis reactions, organic solvents such as ethanol, ether, and benzene are often used. Gray epoxy resin countertops effectively resist the dissolution and penetration of these organic solvents. Thus, they do not experience deformation, discoloration, and other issues due to contact with organic solvents. This ensures the performance and appearance of the countertops.
Sample processing and analysis:
During processes such as sample digestion and extraction, reagents may splash out. The seamless and easy-to-clean characteristics of gray epoxy resin countertops allow splashed reagents to be wiped clean in time. They leave no residue or infiltration into the countertops. This prevents interference with subsequent experiments.
Biological laboratory
Cell culture requires a strict sterile environment. Gray epoxy resin countertops are smooth and flat, not easy to accumulate dust and breed bacteria. They are convenient for thorough cleaning and disinfection with disinfectants. Thus, providing a clean and sterile operating platform for cell culture and helping to improve the success rate and quality of cell culture.
Molecular biology experiments:
When performing molecular biology experiments such as DNA extraction and PCR amplification, preventing experimental samples from being contaminated is crucial. Gray epoxy resin countertops have anti-pollution properties. They effectively prevent contamination of biological macromolecules such as nucleases and proteins during the experiment. This helps to ensure the accuracy of experimental results.
Microbiological experiments:
In microbiological experiments, various culture media and microbial strains are often used. The corrosion resistance of gray epoxy resin countertops can resist the erosion of acid-base components in the culture medium. Furthermore, their easy-to-clean characteristic prevents the growth and residue of microorganisms on the countertops. This ensures the hygiene of the experimental environment.
Physical laboratory
Optical experiments:
When performing optical experiments, a stable and flat countertop is needed to place optical instruments such as microscopes and spectrometers. Gray epoxy resin countertops have high flatness and provide stable support for optical instruments. This ensures the accuracy of instruments and experimental results. Additionally, it does not generate static electricity and avoids interference with optical experiments.
Mechanical experiments:
When performing mechanical experiments such as material mechanical property testing, heavy objects may fall or exert a large pressure on the countertops. Gray epoxy resin countertops have high strength and impact resistance. They can withstand the impact and pressure of heavy objects. Therefore, they are not prone to cracks or damage, ensuring the normal progress of the experiments.
Electrical and electronic experiments:
When performing electrical circuit experiments and electrical performance testing, gray epoxy resin countertops have good insulation properties. This prevents electric shock accidents and provides safety guarantees for laboratory personnel and experimental equipment. Furthermore, its gray tone reduces light reflection, facilitating the observation of experimental phenomena and the reading of data.
Other professional laboratories
Food laboratory:
In experiments such as food ingredient analysis and food microbiological detection, gray epoxy resin countertops can resist the pollution of acid-base components and oils in food samples. They meet food hygiene standards, and their easy-to-clean characteristic ensures the cleanliness and hygiene of the countertops. This prevents cross-contamination of food samples.
Environmental laboratory:
In experiments such as environmental water sample analysis and soil detection, gray epoxy resin countertops tolerate the erosion of various chemical substances in environmental samples. Their stable performance ensures the accuracy of experimental results. They provide a reliable operating platform for environmental monitoring and research.
Drug research and development laboratory:
In experiments such as drug synthesis and drug analysis, the requirements for the experimental environment are very high. The corrosion resistance, anti-pollution, and easy-to-clean properties of gray epoxy resin countertops meet the strict environmental requirements of drug research and development experiments. Thus, preventing drug samples from being contaminated and ensuring the smooth progress of drug research and development experiments.