Does the Rechargeable short searchlight emergency lamp have anti-fall or anti-corrosion performance?

The Rechargeable short searchlight emergency lamp uses ABS engineering plastic as the main shell material. This material has excellent impact resistance due to its unique molecular structure. The butadiene component in the ABS material provides excellent toughness, allowing the product to effectively absorb and disperse the impact energy through the elastic deformation of the molecular chain when it is impacted by external force, thereby significantly reducing the risk of shell rupture.

The structural design of the product further enhances the anti-fall performance. First, the integrated injection molding process is adopted to effectively reduce the weak points at the joints; secondly, the internal electronic components adopt a suspended fixed design to buffer the impact; at the same time, the reinforcement structure is added to the key parts. These design details together improve the overall durability of the product. However, it should be noted that although the ABS material has excellent anti-fall performance, it may still be damaged by falling from a height of more than 2 meters, being directly hit by sharp objects, or being repeatedly hit for a long time. It is recommended that users use it with a lanyard or fixing device when using it outdoors to avoid placing the product in a position where severe vibration may occur, and regularly check whether the shell has cracks and other damage.

The Rechargeable short searchlight emergency lamp performs well in corrosion resistance. The ABS material has good resistance to common weak acids such as acetic acid and citric acid, can withstand short-term contact with hydrochloric acid solutions with a concentration of less than 5%, and is completely resistant to household alkaline cleaners. It can also be used for a long time in a salt spray environment without being corroded. In terms of environmental adaptability, the product can be used for a long time in an environment with a relative humidity below 95%, and the temperature adaptation range is -20℃ to 60℃. The material itself does not provide a nutrient source and is not easy to breed mold.

The surface of the product has undergone a special treatment process, and the UV coating technology is used to make the surface hardness up to 3H, and anti-fingerprint treatment is performed to reduce the adhesion of corrosive substances. For customers with special needs, we also provide customized services for anti-corrosion spray versions. However, it should be noted that the product cannot be exposed to substances such as strong oxidizing acids, organic solvents or high-concentration alkali solutions. It is recommended that users clean it in time after use, rinse it with clean water immediately after contact with corrosive substances, ensure that the surface is clean and dry before long-term storage, and avoid storing it with metal objects to prevent electrochemical corrosion.

After comprehensive testing and verification, this product meets the drop test requirements of the MIL-STD-810G standard in terms of fall resistance, and its anti-corrosion performance meets the 72-hour standard of the ASTM B117 salt spray test. The product performance varies for different application scenarios: when used on construction sites, it has excellent fall resistance, but attention should be paid to corrosion prevention; it has outstanding anti-corrosion performance in marine operating environments, but it is recommended to choose a special version; it fully meets the needs for home emergency use; and it is necessary to choose a suitable model according to the specific environment for industrial plants.

To extend the service life of the product, we recommend that you check the integrity of the shell, the corrosion of the charging port, and the aging of the seals every quarter. For daily cleaning, use a neutral detergent and avoid organic solvents. Keep the ambient temperature at 10-30℃ during storage, the relative humidity should not exceed 70%, and avoid direct sunlight. This product has passed many authoritative certifications such as CE safety certification, RoHS environmental protection certification, and IP65 protection level certification. For special use environments, our engineering team can provide professional technical support and service solutions.