1. Chemical corrosion resistance: Commonly fabricated from corrosion-resistant materials like stainless steel and PP (polypropylene), it is capable of resisting the erosion of various chemical reagents.
2. Sturdy and durable: High-strength material withstands frequent use and heavy impact, ensuring a long service life.
3. Easy to Clean: The smooth surface is not prone to retaining stains and chemical substances, facilitating daily cleaning and disinfection.
4. Multifunctional design: Equipped with multiple faucets and drainage outlets. Some sinks are even furnished with hot water supply and wastewater recovery systems to satisfy diverse experimental requirements.
5. Safety protection: The design considers experimental safety, such as splash-proof faucets and emergency flushing devices, to ensure the safety of laboratory personnel.
6.Compliant with standards: Usually in compliance with laboratory safety and environmental protection standards, guaranteeing the conformity of experimental operations.
7. Customization: It can be customized in terms of size and functionality in accordance with the specific needs of the laboratory to enhance space utilization and operational convenience.

Operation Precautions:

1. Before use: Examine the cleanliness of the sink, ensure drainage is unblocked, and confirm no faucet leakage.
2. During operation: Do not pour chemical reagents in a mixed manner, control the water volume, employ protective equipment, and avoid the impact of high-temperature liquids and heavy objects.
3. Emergency handling: Promptly clean up in case of spillage, and handle chemical reagent leakage with neutralizing agents.
4. After use: Clean the sink promptly, disinfect regularly and inspect the drain outlet.
5. Maintenance and care: Regularly inspect components, avoid corrosion, and seek professional maintenance.