Used for storing and transporting water, fertiliser and other liquids, cartage tanks are made by a number of different manufacturers. However, they all have certain key features as a part of their overall design which buyers should be aware of. Anyone who is interested in purchasing a cartage tank should take note of these features and understand which are the most important for their particular needs. Read on to find out what makes a cartage tank distinct from other fluid storage systems.
One of the most important things about a cartage tank is the level of wear that it will be able to endure. Durability does not simply come from the materials that are used to create the tank, although this is certainly important. The shape of the design is also crucial. Curved outer sections of a tank mean that the weight of the internal load is distributed evenly to ensure that it will last a long time, even if it is kept topped up for most of its working life. Look for materials like UV stabilised polyethylene, which is often used for water storage, as it is a material that can be left out in the sun for years on end without significant degradation.
Many free-standing cartage tanks will have a shaped lower section which gives the product a great deal of stability, with 'feet' that are built into the overall design. This means that they can be placed on ground which is uneven, which is often the case on construction sites and in agricultural settings. Stable designs also help when it comes to transportation because tanks can be placed on trailers and low loaders with relative ease, even if they are full of fluid. Some large tanks are at their least stable when they are empty and fluid is initially poured or pumped into them. In such cases, look for internal baffles that help to distribute the liquid inside evenly to create a stable platform. They will also make moving your tank easier when cornering.
Cartage tanks that have little by way of impact resistance can simply burst if they are knocked into by accident. Livestock and vehicles can bash into tanks in a variety of settings, so products ought to be made with a high degree of resistance to impact. Generally speaking, this comes down to the thickness of the material, especially at key points, such as corners. Check out the weight of the product to compare its impact resistance to one that is made of a similar material.