The Core Compression Strength of Tissue Paper Cardboard Roll

Sweating profusely? Or just need something to wipe off the oil, whatever your requirement is, Tissue Papers are the need of the hour. So many people use them for various kinds of utilization. They can range from toilet paper to wiping off your face. Tissues are in high demand due to their comprehensive use and properties. But how many people know the importance of the cardboard roll they are wrapped on. Other than keeping the roll of tissues together, what are all other benefits the cardboard roll delivers to the customer? Here is an article that will explain the use and role of a cardboard roll and how the core compression tester can help evaluate the quality standards of the same.

How does the Tissue paper quality retention depend on the cardboard roll packaging?

Tissue paper made of cellulose is a highly asked product in various industries. Its primary properties like quick absorption of oil and water make it a high consuming product in a wide range of verticals. However, along with their strong features of quick absorption and ease to handle, the tissues are very sensitive in nature against impacts. Hence, it's vital to see that once produced the packaging of the papers must be so that they can be transported properly from one place to another.

Cardboard or paperboard tissue roll is the rolled shape of cardboard around which a tissue sheet is rolled by many rounds. And packed for delivery to the consumer market. These rolls must be strong enough to ensure that while the tissue is rolled around it must not be damaged or con=mporessed and also when they are stored over one another and are stacked in trucks for transporting they are not crushed and in turn lose the tissue sheets.

If the cor packaging, the cardboard roll crushes under the vertical load, the tissues will unwind and open up and get torn, losing the entire material.

Testing the performance of cardboard role against vertical pressure

In order to evaluate the impact of vertical load over the core of tissue roll packaging, one must recreate the situation where all the possibilities come together to test the performance of the tissue roll core.

Core compression tester that is brought to you by one of the leading quality testing equipment manufacturers, Pacorr, is a high-end compression testing device. The machine is designed to examine the performance of roll-shaped structures like cardboard packaging roll around which we wrap threads, tissue paper etc. It is structured to deliver precision in both delivering the load on the product to be tested and recording the deflection occurring on the specimen. A combination of these two can help a user to assess the current condition of the product structure and properties and accordingly can improve the quality as per the industry requirement.

The machine is a precision-based quality testing solution that is used to calculate the core crushing strength of paper cones, paper board cones, cardboard cones or similar cylindrical structures. It can precisely examine the capacity of a cone or cylindrical structure to take a vertical load prior to crushing. The equipment is compact and has a user-friendly structure that can easily be used by anyone.

It allows a Load Cell Capacity from 0 to 500 Kgf so that a wide range of size and shape of core packages can be tested easily and efficiently. Equipped witha Digital Screen with LED-backlit that displays the recorded force during the test. It delivers an accuracy of ±2% with a complete load that is the highest in the industry. The speed for the test performed ranges from 0 to 50mm± 2.5 mm/min allows recreating of distinct types of situations while testing.

The machine brings an inbuilt safety switch that allow the user to shut down the system at any time during the test, giving all the controls to the team. The equipment is renowned for its delivery of Precision-based crushing strength with uniform compressive load application. It has Strong gripping clamps to hold the specimen cone during the test and doesn’t allow any movement which reduces chances of error development. It also has a calibration facility so that the user can auto-calibrate the equipment anytime prior to initiating a new test.