A stainless steel IBC tote manufacturer explains the transportation precautions for stainless steel totes and the cleaning procedures for chemical drums.

date 2022-05-27

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A stainless steel IBC ton barrel manufacturer explains the transportation precautions for stainless steel ton barrels and the cleaning procedures for chemical drums. The outer frame of the stainless steel barrel is made of hot-dip galvanized metal, while the inner liner is crafted from 304 stainless steel. The barrel features exceptionally large rounded corners to eliminate any sanitary dead zones, and all welds are properly treated and ground smooth. This design protects the stored contents from external impacts, pressure, temperature fluctuations, and direct exposure. The product is durable, long-lasting, and reusable.

　　 Stainless steel IBC tote container The manufacturer will explain the transportation precautions for stainless steel ton drums and the cleaning procedures for chemical drums.

　　 Stainless steel IBC tote container Manufacturer: What should be considered when transporting stainless steel IBCs?

　　The stainless steel drum features a hot-dip galvanized metal frame and a 304 stainless steel inner liner. Its body incorporates oversized rounded corners to eliminate sanitary dead zones, and all welds are properly treated and ground smooth. This design protects the stored contents from external impacts, pressure, temperature fluctuations, and direct exposure. The product is durable and reusable.

　　 Stainless steel IBC tote container Manufacturer: What should be considered when transporting stainless steel IBCs?

　　1. Prior to filling, operators must test the chemical compatibility of the liquid to be filled with the internal container.

　　2. If hot filling is required, it must comply with the relevant standards: the liquid temperature must not exceed 70°C, and the lid should be tightened only after the contents have cooled to a temperature close to ambient.

　　3. When loading and unloading stainless steel IBCs, lifting must be performed from the bottom; top‑side lifting is prohibited.

　　4. When loading two layers, standard cushioning pads must be placed in the transport container or carriage and securely fastened.

　　5. During transportation, be sure to prevent the inner liner and valves from being subjected to sudden, forceful impacts or collisions.

　　6. When transporting in hot weather, be sure to store the containers under a canopy and keep them away from heat sources to prevent exposure of both the containers and their contents.

　　8. IBCs are used for many volatile liquids; during transport, a vented cover that meets the relevant standards should be selected.

　　 Stainless steel IBC tote container Manufacturer: How do you clean chemical drums?

　　The chemical drum is manufactured from high-density polyethylene resin via one‑step blow molding. Its outer protective cover consists of a welded mesh made from square galvanized steel tubing, while the base is an all‑steel Euro‑standard pallet with a four‑fork design, ensuring stable placement. A drain valve at the bottom facilitates the discharge of liquids from the container. The top vent valve on this unit is suitable for filling products that generate gases during storage or transport.

　　How do you clean a chemical drum?

　　1. Cleaning Skills

　　When cleaning chemical drums, the primary goal is to remove residue and eliminate odors. A common method involves preparing rice, dishwashing detergent, and warm water, mixing them together, pouring the solution into the drum, shaking vigorously, and then rinsing thoroughly. If these ingredients are unavailable, salt and laundry detergent can be used as substitutes, delivering equally effective results.

　　2. Cleaning Method

　　Cleaning different substances—such as sludge and scale—requires distinct methods. For oily residues, use benzene‑based solvents like toluene or xylene; for water‑based resins, clean with alcohol or ethanol. When dealing with epoxy resin, xylene, benzene, No. 200 solvent oil, or n‑butanol can also be highly effective. Before curing, epoxy resin and its hardener can be cleaned with common organic solvents such as alcohol, acetone, toluene, turpentine, or gasoline. Soak the adhesive layer in acetone to soften it, then wipe with anhydrous alcohol or acetone, or remove it directly by high‑temperature heating. Finally, soak any remaining adhesive residue in acetone and scrub it off.

　　3. Cleaning Precautions

　　After cleaning, chemical drums must be dried. For IBCs containing acidic solutions, they should first be neutralized with an appropriate solvent before washing. Wastewater from washing IBCs must be treated prior to discharge; otherwise, it will pollute the environment.

　　That’s all for today’s briefing. If you’re in need of stainless steel tote drums or stainless steel IBCs, please feel free to contact our company.

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