Welcome to our websites!

Scientific Storage Methods for Coil Nails: Ensuring Product Performance and Reliability

The storage quality of coil nails directly affects their fastening performance and service life. Especially for products with different materials  and surface treatments , rigorous storage specifications must be followed to prevent product failure caused by environmental factors.

For storage environment parameters, the storage space should be dry and well-ventilated, with the ambient temperature controlled between 5°C and 30°C and relative humidity ≤ 60%. Avoid storing coil nails in open-air areas, basements, near windows, or other locations prone to rainwater leakage and condensation, and keep them away from heating vents, air conditioning outlets, and other places with drastic temperature fluctuations—high-temperature and high-humidity environments can easily cause oxidation and rusting of metal nail shanks, while low temperatures may make some material connectors brittle, increasing the risk of breakage during use. Additionally, prevent coil nails from being directly exposed to direct sunlight or strong light to avoid oxidation of surface coatings, and maintain a clean storage space to reduce dust accumulation, as dust entering the gaps of coil nails may affect compatibility with nail guns during subsequent use.

For storage environment parameters, the storage space should be dry and well-ventilated, with the ambient temperature controlled between 5°C and 30°C and relative humidity ≤ 60%. Avoid storing coil nails in open-air areas, basements, near windows, or other locations prone to rainwater leakage and condensation, and keep them away from heating vents, air conditioning outlets, and other places with drastic temperature fluctuations—high-temperature and high-humidity environments can easily cause oxidation and rusting of metal nail shanks, while low temperatures may make some material connectors  brittle, increasing the risk of breakage during use. Additionally, prevent coil nails from being directly exposed to direct sunlight or strong light to avoid oxidation of surface coatings, and maintain a clean storage space to reduce dust accumulation, as dust entering the gaps of coil nails may affect compatibility with nail guns during subsequent use.​

When it comes to stacking and loading, coil nails should be stacked by material, specification, and surface treatment method, with a 10-15cm gap reserved between different types of products to avoid mixed stacking that could lead to specification confusion or potential galvanic corrosion . Use moisture-proof pallets for stacking, ensuring the stacking height per pallet does not exceed 1.2 meters and each layer contains no more than 5 boxes ; this prevents excessive pressure on the bottom coil nails, which could cause coil deformation and nail shank bending, affecting matching accuracy with nail guns.
In terms of packaging and protection, unused coil nails must remain in intact original packaging. If the packaging is damaged, promptly wrap the coils with waterproof sealing film to prevent moisture intrusion; for unused coil nails after opening, store them in dry sealed bags or containers and place them in a moisture-proof cabinet to avoid long-term exposure. Meanwhile, prohibit the storage of corrosive substances such as acids, alkalis, and oily materials in the storage area to prevent corrosive gases or leaked liquids from damaging the coil nails—stainless steel coil nails, in particular, should be kept away from chloride environments  to avoid stress corrosion cracking.
Finally, conduct random inspections of stored coil nails once a week, focusing on checking for loose coils, rust spots on nail shanks, and intact connectors. If slight rust is found, wipe carbon steel coil nails with a dry cloth and apply anti-rust oil . Severely rusted coil nails should be isolated separately and evaluated for usability to ensure all coil nails put into use meet quality standards.

Post time: Sep-16-2025