A brief overview of the advantages and usage requirements of stainless steel IBC totes.
2022-05-19
Author:
Let me briefly explain. Stainless steel IBC tote container Advantages and Usage Requirements
Advantages of Stainless Steel IBC Totes
I. Only open it regularly Stainless steel IBC tote container Only the drain valve at the bottom can remove sediment from the water.
II. Stainless steel IBC tote container Lightweight and subject to minimal wind loads, a 10‑m³ stainless steel spherical water tank weighs just over 720 jin—only one thirty-eighth of the weight of a comparable concrete reservoir. Moreover, its low wind load, sleek design, and compatibility with advertising make it an outstanding environmentally friendly product.
III. Usage Stainless steel IBC tote container It helps conserve water. Currently, Liyang has nearly 30,000 rooftop and underground water storage tanks, each of which is cleaned three to four times a year. Assuming each cleaning process handles 10 cubic meters, more than one million cubic meters of wastewater are effectively treated as potable water annually.
4. Stainless steel IBC tote tanks are resistant to corrosion caused by ambient air and residual chlorine in water.
5. Harmful substances in airborne dust and mosquitoes cannot enter the tank; thanks to the airtight design of the stainless steel IBC tote, external contaminants and bacteria will not compromise the water quality.
6. The scientifically designed water flow prevents sediment from being stirred up from the bottom of the tank, ensuring natural stratification between fire‑fighting water and domestic water. As a result, the turbidity of the domestic water exiting the tank is reduced by 48.5%, while the water pressure increases significantly.
Usage Requirements for Stainless Steel IBC Totes
What are the usage requirements for stainless steel IBC totes?
During fabrication, this type of vessel shell is often produced using high‑current, rapid welding, single‑pass welding, and straight‑line travel techniques—processes that can readily induce welding stresses and lead to hot cracking. Therefore, whenever conditions permit, it is advisable to employ low‑current, multi‑pass welding to minimize the tendency for hot cracking. When welding components with high structural rigidity, preheating is typically employed; it both reduces the cooling rate, thereby mitigating tensile stresses generated during cooling, and improves solidification conditions, reducing chemical and physical non‑uniformities.
It should also be noted that the preheating temperature depends on the steel grade’s chemical composition and its structural hardness, so as to fully exploit its performance.
During testing, place the stainless steel IBC tote on the inspection platform and manually shake it along the perimeter to verify that all screws are properly seated and that the fittings are secure and correctly aligned. Rotate the valve to check whether the valve connection is loose or tightened; then set the valve to the open position, introduce a dedicated airtight cover through the top opening to maintain pressurization, close the valve, and inflate the container to a pressure of 2 kg. Inspect both the valve and the base of the container for leaks, apply a specialized foaming solution, and observe for 5 minutes. Operate the valve by opening and closing it three times, and check for leakage using a specialized inspection liquid.
That’s all for today—thank you for watching. Until next time!
Previous item
Related News
Leave a Message Online
Follow on Douyin
Follow the official account
Address:
No. 60, Huanghai Road, Binhai Industrial Park, Qidong City, Jiangsu Province
Welcome to leave a message or inquiry.
*Please keep your phone or email accessible so we can contact you promptly.
Sorry, there is currently no content in this section.
You can view other sections.
Business license