The primary use for PC-controlled Advanced Box Compression Testers is in the packaging business, namely for the purpose of determining the compression strength of various types of cartons, containers, cardboard boxes, and so on. Shippers are another name for box cartons, which are most often used for secondary packing and are also known as "Shipments." The primary objective, sharedby all forms of packaging, is to safeguard the items contained therein.
In easy terms, the purpose of a box carton is to guarantee that the product will be in the same state when it is delivered to the end-user (consumer) or POS (point-of-sale/retailer) as the maker or manufacturer of the product had envisioned it to be in when it left the factory.
The BCT is a measurement that determines the amount of force that a box can bear before it is crushed. It is helpful in figuring out the corrugated box's ability to withstand being stacked.
The client should insist on the compression test being performed since it is necessary for determining the crushing strength, distortion, and stacking capabilities of the carton box. The Stacking Load is the starting point for calculating the Compression Strength (CS) (SL). The Stacking Load is the amount of weight or force that it is anticipated that a carton will be able to withstand at any one time over its lifetime of usage. If the item that is going to be put inside the corrugated box is light, the boxes won't be piled on top of each other, and poor treatment won't be an issue, then knowing the measured values of the corrugated box isn't essential. It is acceptable to not know the BS, ECT, or FCT of the corrugated box when it comes to the food packaging used for pizzas, for example. This is one example.
1. The minimum required box compression strength for physical protection is determined by a variety of different elements, including the following:
2. The structural design of the carton, which includes the size and dimensions of the carton, as well as the supporting features in the design of the carton, the design of the flaps, and the direction in which the contents are loaded, determines whether or not the contents support the package.
3. A few examples of secondary (transport) packaging types. Modes of transportation, storage procedures, and environments (palletisation, stacking, climatic conditions)
4. Paperboard’s physical characteristics, including its stiffness and compression strength are all important factors to consider.
What exactly is meant by the term "box compression tester digital"?
The box compression tester is an accurate piece of equipment that is used in the process of calculating the compression Strength of cardboard and corrugated boxes. This ensures that the boxes do not get crushed when stacked together for storage or transport. Box compression tester manufacturers design products with the purpose of determining the maximum amount of force that a certain box material can bear. As a result, both the carton compression test and the corrugated carton test may be easily carried out with its support. The testing machines that they provide is uniquely considered in accordance with international specifications, and it comes equipped with cutting-edge features that make the analysis more accurate and simpler to carry out.
Why is it So Crucial to Perform a Check of the box Compression?
This multi-function and high-precision Compression Testing Machine is intended to test the strength development of standard-sized corrugated boxes, as well as packages and boxes made of various materials with a mechanical properties of less than 100kN. Extremely high compression is another factor that might raise some red flags.
The testing machine has a sophisticated mechanical structure consisting of a pair of threaded shafts and guide pillars, as well as an imported motor for control. As a result, it possesses the following distinguishing characteristics: high return speed, good concurrency, and reliable measure accuracy.
