How to properly store and transport fluorinated round bottles to prevent damage?

Reasonable selection of storage environment
The storage environment of fluorinated round bottles has a great impact on their performance and service life. It is recommended to store fluorinated round bottles in a dry and well-ventilated warehouse to avoid moisture, rain or long-term exposure to high humidity. High humidity may cause water vapor to adhere to the surface of the bottle, which in turn affects its anti-seepage performance. The storage location should avoid direct sunlight and high temperature to prevent the bottle from deforming or performance degradation due to thermal expansion or material aging.

Avoid stacking too high
Fluorinated round bottles should pay attention to the stacking height during storage. Too high stacking is prone to deformation or rupture of the bottle due to excessive pressure on the bottom bottle. Generally, the number of stacking layers should be reasonably controlled according to the size of the bottle and the thickness of the material. If necessary, partitions or pallets can be used during stacking to disperse the weight and enhance stability. Stacking should be neat and orderly to prevent tipping or sliding.

Pay attention to prevent chemical corrosion
Although fluorinated round bottles have a certain chemical resistance, they should still avoid direct contact with strong acids, strong alkalis or corrosive chemicals during storage, especially the outer surface of the unwashed container may have residual chemicals, causing local corrosion or contamination. During storage, fluorinated round bottles should be placed separately from items that may cause chemical reactions to reduce potential risks.

Transport with protective packaging
When transporting fluorinated round bottles, it is recommended to use protective packaging for protection. Commonly used protective materials include corrugated boxes, plastic films, pearl cotton, etc. These materials can buffer external impact forces and prevent the bottles from being damaged by collision or friction during transportation. For larger fluorinated round bottles, customized wooden boxes or pallets can be selected to ensure the stability of the bottles on the transport vehicle.

Control vibration and impact during transportation
Fluorinated round bottles are susceptible to bumps, vibrations, etc. during transportation. Transport vehicles should be equipped with shock absorbers, and pay attention to smooth driving, try to avoid sudden braking, sharp turns, etc., to reduce the impact on the bottles. In addition, the bottles should be placed reasonably during loading to avoid collisions with each other. If necessary, soft spacers can be added between the bottles to reduce friction and extrusion risks.

Prevent long-term high-temperature exposure
If the fluorinated round bottles are exposed to high temperatures or direct sunlight for a long time during transportation, the bottles may be heated unevenly, causing deformation, aging or reduced sealing performance. Therefore, closed vehicles or tarpaulins should be used as much as possible during transportation to avoid the impact of high temperature on the bottles. When stored in the transit site, a cool place should also be selected to reduce the direct sunlight time.

Check the storage status regularly
During long-term storage, it is recommended to check the storage status of the fluorinated round bottles regularly to check whether the bottles have obvious deformation, cracking, aging, etc., and deal with the problems found in time. At the same time, check the stability of the stacking to prevent the stacking from tilting or collapsing due to uneven foundation or external interference. Bottles that have not been used for a long time can be cleaned and dried again to keep them in good condition.

Clear labels for easy management
When storing and transporting fluorinated round bottles, clear labels should be affixed to the packaging or bottle surface, including product name, specification model, production batch, precautions for use and other information. This helps staff to quickly identify and classify during handling, loading and unloading and use, and reduce the risk of damage caused by misoperation. The label should be waterproof and anti-fouling to ensure long-term readability.

Arrange loading and unloading operations reasonably
Avoid throwing or dragging the fluorinated round bottles directly during loading and unloading. It is recommended to use special handling tools or manpower to cooperate with the operation, and handle with care to prevent cracks or local damage to the bottle body due to severe impact. For large-capacity or heavy-weight fluorinated round bottles, it is advisable to use mechanical auxiliary equipment such as forklifts and slings to improve handling safety.