What are the Best Materials for Laboratory Countertops?

Lab countertops are essential equipment in any laboratory, where they are often used for conducting various experiments, some of which can be hazardous. With regular use, countertops can inevitably suffer wear and tear, so it’s crucial to choose a sturdy, durable surface that suits the type of experiments conducted. However, with so many materials available, how do you choose?

실험실 조리대

Laboratory countertops come in various materials, including stainless steel, steel-wood, and PP (polypropylene) countertops. Each material has different properties to suit different experimental environments. Likewise, the choice of countertop material also plays a role. Common countertop materials include solid core physical and chemical boards, epoxy resin boards, and stainless steel boards.

페놀 수지 실험실 조리대

Phenolic resin laboratory countertops are known for their acid and alkali resistance, corrosion resistance, high temperature resistance, wear resistance, and impact resistance. With proper daily use and maintenance, they can last a long time, making them the preferred material for laboratory tables.

녹색 에폭시 조리대

에폭시 수지 실험실 조리대

Epoxy resin laboratory countertops have excellent high-temperature resistance and can withstand temperatures up to 600°C without damage. They are also resistant to acid and alkali corrosion, with most acidic and alkaline substances not affecting the countertop. They also have good moisture resistance and will not delaminate in humid environments. Compared to other materials, their repairability is more prominent. If the 실험실 수조 is damaged due to long-term use, it can be polished and refurbished for continued use, extending the lifespan of the lab countertop. Epoxy resin lab countertops are also environmentally friendly, resistant to contamination, and can effectively inhibit bacterial growth without toxic gas reactions.

에폭시 수지 실험실 조리대

Stainless Steel Lab Countertops

These have relatively high hardness and good load-bearing capacity, making them easy to clean. However, compared to other materials, they have poorer high-temperature resistance. Thanks to their metal material, they are generally not scratched by bumps from laboratory instruments.

When choosing the material for laboratory countertops, consider the actual situation of the laboratory. Factors to consider include the nature of the experiments conducted, whether acid and alkali resistance and corrosion resistance are needed, color requirements for the countertop, load-bearing capacity, cleaning issues, etc. Only by understanding these factors, can you choose the right material for your lab.

관련 상품

목재 실험실 작업대 케이스워크
페놀 수지 실험실 벤치
강철 실험실 벤치