1. Highly efficient demolding: An isolation layer is formed on the mold surface, reducing the adhesion force between the sample and the mold, facilitating the demolding of the sample and minimizing the risk of sample damage.
2. Excellent chemical stability: Exhibits favorable chemical compatibility with a wide range of materials (such as plastics, rubbers, metals, etc.) and does not undergo reactions with the mold or the sample.
3. Minimal residue: Leaves a negligible amount of residue on the surface of the sample or the mold after demolding, without exerting any influence on subsequent experiments or processing.
4. Environmental friendliness: Predominantly water-based formulations, devoid of volatile organic solvents, ensuring safe usage and environmental benignancy.
5. Simple operation: Can be rapidly and uniformly applied through methods such as spraying, brushing or wiping, offering convenience in utilization.
6. The particles are uniform, pollution-free, and of high purity.

Working Environment Conditions:

1. Personal Protection: When manipulating Mould Release Agents, appropriate personal protective equipment such as laboratory safety glasses, protective gloves, and protective clothing should be worn.
2. Inhalation Avoidance: During the handling of Mould Release Agents, inhalation of their dust or fumes should be avoided. Work in a well-ventilated setting and utilize local exhaust equipment when necessary.
3. Skin Contact: In case flux accidentally comes into contact with the skin, immediate rinsing with copious amounts of water is necessary and medical assistance should be sought.
4. Eye Contact: If flux enters the eyes, immediate rinsing of the eyes with copious amounts of water for at least 15 minutes is required, and medical attention should be sought promptly.
5. Storage Conditions: Mould Release Agents should be kept in a dry, cool, and well-ventilated location, distant from heat and fire sources.
6. Labels and Documentation: Ensure that all flux containers are distinctly labeled, indicating the contents, hazard level, and safety instructions for usage.
7. Usage Quantity: The use of Mould Release Agents should be strictly in accordance with experimental requirements and excessive usage should be avoided.
8. Waste Disposal: Waste Mould Release Agents after utilization should be dealt with in accordance with laboratory waste disposal regulations and must not be disposed of randomly.
9. Equipment Inspection: Prior to the use of Mould Release Agents, it is necessary to inspect whether all equipment intended for use with Mould Release Agents is in good condition.
10. Operating Procedures: Adhere to the laboratory's operating procedures and safety guidelines to ensure the safety of experiments.
11. Training and Education: Ensure that all personnel using Mould Release Agents have received appropriate training and education, and have an understanding of the potential risks and correct operation methods.
12. Emergency Response: Be familiar with the laboratory's emergency response measures, including the handling of fires, leaks, and personnel injuries.
13. Mixing Avoidance: Different Mould Release Agents should not be mixed unless there is explicit experimental guidance and safety data support.
14. Stability Check: Regular checks on the stability of Mould Release Agents should be conducted and the use of expired or deteriorated products should be avoided.