If low-voltage electrical insulation cleaning agents are not properly stored during long-term operation, their components may deteriorate due to environmental factors or interactions, affecting cleaning effectiveness and insulation performance. To avoid such problems, a comprehensive protection system must be established, encompassing storage environment, packaging management, temperature and humidity control, isolation and protection, regular inspections, operational procedures, and emergency response, to ensure the stability of the cleaning agent's performance.
Optimizing the storage environment is fundamental. Low-voltage electrical insulation cleaning agents should be stored in a cool, dry, and well-ventilated dedicated warehouse, avoiding direct sunlight and high temperatures. High temperatures accelerate the evaporation of organic solvents in the cleaning agent, leading to a reduction in effective components and potentially causing packaging containers to swell or even rupture. Humid environments, on the other hand, easily cause the cleaning agent to absorb moisture and clump, or react chemically with moisture, compromising its chemical stability. Furthermore, the warehouse must be kept away from fire sources, heat sources, and strong oxidizers to prevent safety accidents caused by the flammable and explosive properties of the cleaning agent.
The airtightness of the packaging container directly affects the preservation quality of the cleaning agent. Unused low-voltage electrical insulation cleaning agent should be immediately capped tightly. If not used for a short period, an inner liner can be added for sealing to prevent oxygen, moisture, or impurities from entering the container. For long-term storage, it is recommended to use the original packaging and avoid unauthorized repackaging into non-dedicated containers such as beverage bottles or mineral water containers, as incompatibility of container materials may cause deterioration. The container should also be stored upright with the opening facing upwards to prevent rolling or inversion that could cause leakage.
Precise temperature and humidity control is crucial for extending the lifespan of low-voltage electrical insulation cleaning agent. Storage temperature should generally be controlled within a suitable range. Excessive temperature will lead to accelerated evaporation, decreased performance, and even safety hazards; excessively low temperature may cause the cleaning agent to solidify or form sediment, affecting its effectiveness. The relative humidity in the warehouse must be maintained within a reasonable range. Excessive humidity can cause packaging containers to rust and corrode, and may also cause the cleaning agent to absorb moisture and deteriorate. To maintain stable temperature and humidity, temperature and humidity control equipment can be installed in the warehouse, and environmental data should be recorded regularly.
Isolation and protective measures can prevent adverse reactions between the cleaning agent and other substances. Different types or brands of cleaning agents must be stored separately and should not be mixed to prevent the interaction of components that could lead to deterioration. Cleaning agents should also be strictly kept away from unrelated items such as food and medicine to avoid cross-contamination. For volatile cleaning agents, leak-proof bags must be added to the outer packaging containers, and leak-proof pallets must be placed on the warehouse floor to prevent environmental pollution or safety accidents in case of leakage.
Regular inspections are an effective way to detect and address problems promptly. A low-voltage electrical insulation cleaning agent inventory management ledger must be established to record incoming, outgoing, and inventory quantities, ensuring consistency between records and physical inventory. Weekly inspections should be conducted to check for deformation, leakage, or bulging of packaging containers, and monthly random checks should be performed on the color, odor, layering, or sedimentation of the cleaning agent. If any abnormalities are found, the problematic agent must be immediately isolated, the supplier contacted to assess a handling plan, and, if necessary, disposed of to prevent the deteriorated cleaning agent from entering the usage stage.
Following operating procedures can reduce the risk of deterioration caused by human factors. Handle with care during transportation to avoid severe vibration or collisions that could damage the packaging. Use dedicated tools when handling cleaning agents to prevent impurities from entering the container. After use, the packaging must be sealed immediately, and the work site cleaned to prevent residual cleaning agent from evaporating or polluting the environment. Furthermore, operators must receive professional training to master the storage requirements and usage methods of the cleaning agent, improving their safety awareness and operational skills.
Developing an emergency response plan can reduce accident losses. The warehouse should be equipped with emergency supplies such as absorbent cotton, neutralizing agents, and eyewash stations, and safety labels and operating procedures should be posted. In case of leakage, small leaks can be covered with absorbent cotton; large leaks require the construction of a containment dike and treatment with a neutralizing agent. If the cleaning agent comes into contact with skin, immediately rinse with plenty of water and seek medical attention. If vapors are inhaled, move to fresh air and observe the patient's condition. A comprehensive emergency response mechanism can maximize the protection of personnel safety and environmental stability.
