This is because plastic components contain other substances, such as plasticizers, stabilizers, antioxidants, pigments, lubricants and possibly residues from polymerization. Therefore, for components that are in direct with the product, this testing is required to ensure that the product is not affected during its life. When the components have been identified for a particular product, the validation of packaging operation is required. This is to ensure that a consistent pack quality is obtained at the required packaging rate. USP and IP provide two tests to determine the chemical resistance of glass containers. Ensure that the highly useful testing device can measure the bursting strength of the materials such as corrugated boxes, papers, cartons, multi-layered boards, single layered – boards, etc. Packaging products play a significant role to define the quality of the products. Packaging helps to keep the domestic as well as industrial products safe and unaffected from all sorts of interference and external impacts. Moreover, the prime factor of packaging is to make the products appealing and present in front of the customers beautifully. If the product does not appear good, it can directly disturb the quality of the products and can also modify the buying decisions of the customers.
Our film material specialist, John Cook, has an extensive background in plastics and film development. We recognize that our work in the Film Lab and our work to get our customers set up with the right films and the right equipment is not a “one and done” project. F2 allows us to fully measure the capabilities of a candidate stretch wrap by determining how it responds to a range of low to high post stretch conditions at a variety of prestretch levels and turntable speeds. Film tension is developed by slowing the film output of the stretch carriage relative to the speed of the turntable. The goal of our Film Lab is to gather data, utilize the knowledge and experience of our film technicians, analyze the results, and make recommendations that match the best film to a particular application. Based on the data gathered during the audit, alternate films are tested in the lab tofind opportunities for a more optimal filmfor the particular application. Once we’ve determined the best films to use in your application, we follow up with training, monitoring, and technical service.
Our film specialists analyze data gathered during testing to make recommendations for a better performing film or to help troubleshoot an existing problem. Blog Take a deeper dive into packaging equipment, materials, and news about Atlantic with our Blog. Industrial Paperboard Converting Versatility in the breadth of paper products we can create and the range of industries we can serve. Flexible Packaging The Atlantic team has 40 years experience with bagging equipment, barrier films and logistics. Shrink Packaging Expertise on films, equipment, and application to create a near zero down-time environment. Strapping Strapping systems ideal for your products, volume, and design of your full packaging line.
Often the package is conditioned to the specified environment and tested under those conditions. With some testing, the package is conditioned to a specified environment, then is removed to ambient conditions and quickly tested. With some types of packaging such as food and pharmaceuticals, chemical tests are conducted to determine suitability of food contact materials. Testing programs range from simple tests with little replication to more thorough experimental designs. PET containers have numerous points of interest over different structures, similar to, glass. These are a portion of the regular advantages of utilizing a PET, yet the greatest preferred standpoint is that it is anything but difficult to re-evaluate the plan of plastic pressing in the event that it is bombing over and again. The revaluation procedure does not cost the fortune to the organization but rather unquestionably requires a correct testing process.
Employees standing along the line also pick out problematic materials before they reach equipment. What wasn’t anticipated at that time was the impact that increasing consumer recycling ease would have on the addition of flexible plastic packaging into the recycling stream. J.P. Mascaro & Sons, a solid waste and recycling company in Pennsylvania, is testing additional equipment this year that would allow its MRF in Birdsboro, near Reading, to readily accept flexible packaging. We understand your requirement perfectly and aim to give you top notch solution. Your manufacturing unit can produce the quality work to satisfy your customers. We have developed with the changing trend have brought the latest design for each machinery. No matter of your industry, you can ensure that your customers get the paramount quality products. Our machines also help you reduce your production cost as it consume less electricity and give you better results.
Our cost effective machineries are perfect for completing any kind of challenging project. Our machineries are suitable for small scale, medium scale and large scale business organizations. Fall Dart Impact Testing Machine is used to test the impact resistance of various plastic films and slices, which meets the standards of ASTM D1709. HD-AA520 Pneumatic Single-Wing Drop Tester is suitable for testing the damage of product packaging when it is dropped, and assessing the strength of impact resistance during transportation and handling. The campaign aimed to collect more than 4,000 litres of plastic at the festival. Snack packets, plastic bags and bottle caps were collected and were be taken to Recycling Technologies, which recycles single-use plastics into a raw material used to make new plastic packaging products, the company says. These evaluations are employed when laboratory tests are not yet available or may not be able to predict recycling performance of a package component or innovation. In these cases, it may be desirable to test under regular production scale conditions.
Top-load testing (also known as ‘column-crush’ and ‘axial force resistance’) is performed mainly on blow moulded, thermoformed or injection moulded plastic containers. It measures the compressive strength of such containers to ensure they do not deform or break when subjected to axial forces during the processes of filling, closure, storage and transport. and Sensors are used in oil & gas, industrial & specialty gas, toxic gas, and environmental applications. We also provide gas testing services to make sure your gas measurement systems are yielding accurate results. Intertek customers see the benefits of our expertise in testing film and polymer packaging; understand physical and mechanical properties, gain a greater understanding of barrier properties. Utilizing industry-leading, state-of-the-art machinery, equipment, and technology, PPT produces the highest quality flexible packaging solutions. Our films are designed to be the thinnest films on the market with ultimate load holding capabilities.
We provide to customers self-contained complete software, customizable design, fast delivery, etc. We are acknowledged as a high-tech company that has many technology patents as well as software certificates issued by national authority. Guangzhou Biaoji Packaging Equipment Co., Ltd. is an innovative and progressive business establishment in China that possesses great long-standing in designing, developing and producing an array of hi-tech testing equipment. In the method developed by VTT, cellulose polymers are split into shorter chains before adding fatty acids, improving the reactivity of the cellulose, making the resulting material more thermoplastic. At the same time, it gives better protection against water and it can be more easily heat sealed. The LIGHTHOUSE CO2 ingress method involves exposing a sample container to a CO2 atmosphere and then making a headspace measurement to detect trace amounts of CO2 that have ingressed through a leak. Offering a wide range of scientific & laboratory testing instruments such as Adhesive Testing Instruments, Moisture Meters, Abrasion Testers, Stiffness Tester, and more. If that testing goes well, the project will allow Mascaro customers to start including flexible plastics in their curbside collection containers. Materials Recovery for the Future , a research project aiming to tackle the vexing problem that plastic flexible packaging presents to traditional MRFs is entering some heavy-duty, real-world testing.
This offers our customers a significant savings in terms of cost and also has benefits in terms of secure load containment , production improvements as well as a positive environmental impact . The test results from our Film Lab pinpoint stretch film properties as applied to specific conditions. Our materials specialist analyzes the test results to match the best films and the best application of those films for optimal performance and cost savings. In this regard, the ASTM D638 protocol is related to the ISO test, since the purpose of both is to demonstrate the resistance of a plastic to tensile forces. However, in its website, ASTM clarifies that the technical content of both tests is different, and therefore they are not interchangeable. The companies that are required to measure this parameter usually perform just one of the tests, with the ASTM testing method being the favorite in the North American market and area of influence.
The most common tests of plastics are tensile tests, compressive tests, flexure tests, shear tests and torsion tests. Tension and compression tests involve the loading of the plastic along its longitudinal axis, but where tension tests pull the ends away from each other compression tests push them together. Flexure tests require the load to be applied to the midsection of the test sample so that it is bent into a “U” or “V” shape with the outside surface experiencing tensile forces and the inside face experiencing compressive forces. Torsion testing simply requires a rotational force or torque to be applied to one end of the sample while the other end is anchored. All of these tests are run until the sample breaks or ruptures with the stress and strain values recorded throughout the duration. Testing a plastic’s mechanical properties determines if it will meet the requirements of the desired application. Plastics are similar to metals in that they can be manufactured or produced using a wide range of procedures and material components in order to achieve the desired material characteristics. Typically the desired characteristics of plastic products are low cost, low weight, high toughness, high elasticity and ductility, and high strength in tension, compression, flexure, torsion and shear. These properties are defined by the chemical makeup of the material components used to produce the plastic and are more specifically dependent upon their molecular weight, hardness, density, and resistance to heat and solvents.