Criteria for Determining the Suitability of Your Storage Tank for Chemical Storage

07 Jun

In our everyday lives, we come across various objects, and one of them may be a 3-ton water storage tank. Have you ever noticed the increasing usage of these tanks recently? Particularly in industries and manufacturing facilities, the use of such tanks has been on the rise. We highly recommend food production factories to opt for tanks made of polyethylene. These tanks not only come with an affordable price tag but also possess a lightweight structure.

Chemical production is also quite prevalent in our country, although the term "chemicals" often recalls hazardous substances such as acids. However, it is worth noting that substances like detergents and certain chemical raw materials fall under the chemical category as well. In chemical storage, the interaction of hazardous substances plays a crucial role. If you plan to engage in chemical storage and are considering purchasing a storage tank, you should follow the steps outlined below.

1.    Operating Temperature Range

The operating temperature range of tanks holds significant importance in chemical storage. This is because some substances generate heat during storage. Likewise, in food storage, it is vital to consider the storage of hot substances. The operating temperature range of tanks is determined based on the materials used in their construction. For example, polyethylene tanks have an operating temperature range of up to fifty degrees Celsius, polyester tanks up to sixty degrees Celsius, and stainless-steel tanks up to eighty degrees Celsius. Stainless steel tanks offer the highest operating temperature range, nearing the boiling point of water, which is approximately one hundred degrees Celsius.

2.    Material Properties

Tanks can be manufactured using three different materials: polyethylene, polyester, and stainless steel. Each material has its unique advantages, with some emphasizing chemical resistance. Polyester tanks, for instance, stand out for their exceptional chemical resistance. These tanks are produced using isophthalic and epoxy-based vinyl ester resins to enhance their resistance to chemicals. As a result, they are commonly utilized in factories involved in chemical production.

3.    UV Insulation

UV insulation is important not only for chemical storage but also for various other contents. When storage tanks allow harmful rays to penetrate, it can lead to the formation of harmful parasites and molds. Therefore, UV insulation plays a crucial role in maintaining the integrity and safety of the stored materials. The UV insulation properties of tanks depend on the quality of the materials used in their construction. Tanks made with high-quality materials are designed to effectively block harmful radiation. Additionally, these tanks can be manufactured in a wide range of colors to meet specific preferences and requirements, while also reducing the entry of normal light levels.

4.    Manufacturing Method

The manufacturing method of tanks offers certain advantages to the users. One significant advantage is the option for on-site assembly. Large-volume tanks can be challenging to transport through narrow doorways or restricted spaces, making on-site assembly a practical solution. Two common types of tanks that can be assembled on-site are stainless steel tanks and polyester tanks. On the other hand, polyethylene tanks are typically manufactured as a single piece. The production process involves pouring polyethylene into molds specifically designed for the tank's size and shape. After compression and removal of any excess material, the tank is ready for sale. However, it's important to note that on-site assembly is not possible for polyethylene tanks due to the use of specialized machinery. Polyester tanks are constructed by combining polyester resin and fiberglass, while stainless steel tanks are produced through the welding of steel using argon.

5.    Transportation

Transportation is of paramount importance for raw material producers. Many manufacturers utilize these tanks for storing and shipping their semi-finished or raw materials. This is particularly relevant for 1-ton water tank models, where transportation of raw materials is frequently required. In this context, size variety plays a crucial role in accommodating different transportation needs. Furthermore, tanks with excellent chemical resistance, such as polyester tanks, are highly favored for their ease of transportation. Tanks with a bed design, specifically, offer added convenience and practicality during transportation.

6.    Size Variety

Size variety is also essential in chemical storage. Apart from cleaning materials, most chemical substances are produced as raw materials or semi-finished products. Especially for semi-finished products that are manufactured based on specific formulations, the gram weight and volume of each material are significant considerations. Therefore, tanks with a diverse range of sizes provide users with the flexibility to choose the appropriate capacity for their specific needs. If you are interested in purchasing these versatile storage tanks, which offer numerous benefits, feel free to consult our customer representatives for further assistance.

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