Some Used Industrial Tanks Deemed Safe for Pharmaceutical Processing Industry
Tanks are used by the pharmaceutical processing industry for biomedical and pharmaceutical applications in various ways, but they’re mostly used for mixing and storing chemicals and chemical compounds.
Therefore, it’s critical that industrial tanks used in the pharmaceutical industry are deemed safe to use.
The number one reason why tanks need to be deemed safe to use is that they need to facilitate the safe handling of harsh chemicals and prevent contamination and leaching from happening.
Just as medical and surgical instruments need to be disinfected and sterilised to ensure infectious pathogens aren’t transmitted to patients, a high level of disinfection and sterilisation needs to be achieved when using tanks in the pharmaceutical industry.
Healthcare policies are in place to ensure tanks are cleaned, disinfected, or sterilised based on the intended use of the tanks.
Used industrial tanks are available in materials like polyethylene, fibreglass, carbon steel, and stainless steel. Buy stainless steel and plastic tanks are best-suited and most used in the pharmaceutical processing industry.
Each offers unique advantages for specific applications, such as storage, mixing, and research purposes. So, when choosing a tank, the precise application demands need to be carefully evaluated in order to find the right choice of material.
If you need to select tanks for pharmaceutical processing usage, this used industrial tanks list contains tanks that are considered to be safe for use.
There are advantages to using both stainless steel tanks and plastic tanks, so let’s take a look at both in more detail.
Stainless steel tanks are primarily used for mixing applications that need pressure or vacuum ratings, though stainless steel tanks can also be used for storage and processing.
Because stainless steel tanks are resistant to breakages when they’re exposed to cold or hot temperatures, they’re the ideal choice for specific cooling and heating applications.
Stainless steel tanks are also highly resistant to rough materials, unlike plastic tanks. Furthermore, stainless steel tanks can be better than plastic tanks in many situations because the former has high corrosion resistance and high strength and durability.
Stainless steel tanks are also hygienic, recyclable, and reduce reactivity in chemical treatments. On the downside, they require periodic maintenance because seams and welding points are vulnerable to crevice corrosion, chemical attacks, and pitting, over time.
Also, protective coatings for stainless steel tanks can be expensive. Indeed, the tanks themselves are typically more expensive to manufacture than plastic tanks.
Plastic tanks are manufactured using high-density polyethylene, polyvinylidene, polypropylene, Teflon, and other types of plastics.
When the right plastics are used to make tanks for the pharmaceutical processing industry, they offer significant chemical resistance. Therefore, they often make ideal choices for chemical and liquid storage in pharmaceutical and biomedical applications.
Furthermore, plastic tanks are less expensive than stainless steel tanks, they’re lighter, and they’re easy to install. Another major benefit of plastic tanks is that they can be transparent, which means workers can easily see what the material levels are in tanks at any given time.
Plastic tanks also require less maintenance and they typically have a service life of twenty years or more.
The main drawback of plastic tanks is that they’re more vulnerable to extreme temperatures, so they’re not suited to applications in the pharmaceutical processing industry that involve intense cooling and heating applications.
Some industrial tanks are deemed safe for the pharmaceutical processing industry. The two most commonly used tanks are stainless steel and plastic tanks.
If you’re planning on using tanks for pharmaceutical purposes, make sure you spend time determining what they will be used for so that you can select the right thanks for your needs.
Now you know all about industrial tanks, you may be interested in learning about outsourcing the pharmaceutical product lifecycle.