Hot Tack test methods are sensitive seal-strength measurements and are critical for package validation. Seal-strength data used to measure the performance of medical packages such as sterilized medical devices can be critical to human health if compromised. Manufacturing or converting plastic films which do not meet materials specifications can be catastrophic to the success of a business. Materials produced using improper testing techniques or inadequate testing instrumentation will result in losing key business accounts. Key test measurement parameters such as thickness, hot tack strength, sealing-strength and coefficient of friction must be kept within specifications for the material to perform. Tensile tests are normally performed by a universal testing machine or its equivalent to test for seal strength. A section of the package seal is gripped between jaws and pulled apart at a controlled rate.
Whether it is a single item or a set of instruments or tools you want to protect and store, rose plastic has the packaging solution and bespoke foam solution to keep your instruments safe, secure and organised. SPS has been providing complete solutions for the analytical, biological, industrial / meterialographic, pharmaceutical, coal and construction industries since 1987. Feedback from partner companies has also allowed us to see other features that are important on the market. The friction characteristics of the film are one example of this, so that it could be more easily used on industrial packaging lines,” Ropponen says. Wherever you need support optimizing product and process quality throughout the product lifecycle, LIGHTHOUSE experts are available for you. The nondestructive nature of the analysis allows permeation monitoring of a single sample over time resulting in a very accurate determination of permeation rates. Regulatory guidance explicitly states that containers closed under vacuum should be checked for the maintenance of a vacuum and LIGHTHOUSE headspace technology can make direct nondestructive measurements of vacuum throughout the entire product lifecycle. LIGHTHOUSE has developed deep expertise in CCI and can support your testing activities in a variety of ways. Application Scientists are there to help perform CCI test method development, support with science-based studies, and even can come on-site for critical troubleshooting analysis. Once you are ready to submit samples please make sure to include a completedSample Submission Form.
The test is performed by pulling a flat block of known mass across the material located upon a flat table. Both the peak force required to initiate movement , and the average force required to maintain movement are accurately and repeatedly measured to determine the coefficients. For additional information or answers to questions about USP’s standards for plastic packaging systems, please contact Dr. Hunt at A method developed by VTT enables the production of Thermocell plastic, a thermoplastic substance, out of cellulose and bio-based fatty acids, which are suitable for applications such as injection molding, coating of paper and paperboard, and 3-D printing. The current focus of development work in the manufacture of films is in extrusion technology. LIGHTHOUSE headspace analysis enables quick and accurate permeation measurements of primary packaging material, enabling a determination of the degradation risk posed to your pharmaceutical drug from degradation.
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.
The paper products are vastly used in the packaging industries for manufacturing of different kinds of packaging products. Some of these products include the paper boards, cardboards, corrugated sheets, grease proof paper, parchment paper and so forth. Due to the importance of the packaging of different products, it is essential that quality of the products is checked thoroughly without the chance of any errors in the testing procedure or testing data. The packaging testing instruments play a very important role in testing the quality of the paper packaging products. These instruments are designed to have a very high sensitivity so that no abnormalities, no matter how small, is left untested or unnoticed. With the help of the Paper testing instrument, the manufacturers of the products can rest assured that the quality of their products is safe with proper packaging material done. On the other hand, it is beneficial for the manufacturers of the packaging materials to use the instruments as they not only reduce the rejection but also enforce better trust in their customers about their quality as well.
Besides, we also possess staff of after-sale service with overall technology and abundant experiences. Advanced products, exquisite technique, solid working, and cordial service all give birth to the unique culture of Drick today. Drick always keeps step on the latest technology and commits to provide the most advanced products to our customers. Drick emphasizes the technology training and quality development of their staff. The predominant advantages unfolded on the technology, products and services bring our customers lots of benefits while using the new technology and products. All packaged food consists of a seal that keeps the food item protected inside the packaging. But what if this seal isn’t reliable enough, and it gets broken during the transport or processing? In order to avoid such incidents, food packaging seal integrity testing is carried out along with the testing of packaging materials. It analyses the seal’s strength to ensure that it offers the required protection to the food item.
Because paper, paperboard, and cardboard offer virtually no moisture or gas barrier, they are typically part of the secondary pharmaceutical container. To provide additional protection, paper can be laminated or coated with a variety of materials. More commonly, when paper is involved in critical packaging functions, it is the only one component of a multicomponent system that offers optimal environmental protection to the drug environment. .Although paper does not offer high shear strength, its relatively high tensile strength makes it an easy barrier to overcome if one intends to do so, but is an exceedingly confounding one for a child. Other uses of paper, paperboard, and cardboard are as secondary packaging or for shipping packaging (e.g., corrugated cardboard). Metals are inherently more expensive to purchase and to fabricate into a useful container. Metals also are prone to the development of ‘‘pinhole’’ defects during manufacturing that can drastically compromise their barrier properties—especially in particularly thin sections.
Since our inception, we have been focused on delivering the optimum value to our customers, in turn, achieving maximum possible customer satisfaction. We make sincere efforts towards the same by indulging in research and development activities, so as to create innovative offerings for our customers. We ensure that our offerings are in compliance with the highest industry standards. Packaging for medical materials, medical devices, health care supplies, etc., have special user requirements and is highly regulated. Barrier properties, durability, visibility, sterility and strength need to be controlled; usually with documented test results for initial designs and for production. Dynamic compression is sometimes tested by shock or impact testing with an additional load to crush the test package. Packages are usually tested when there is a new packaging design, a revision to a current design, a change in packaging material, and various other reasons. Testing a new packaging design before full scale manufacturing can save time and money. With distribution packaging, one vital packaging development consideration is to determine if a packaged-product is likely to be damaged in the process of getting to the final customer.
Several types of accelerated aging of packaging and materials can be accomplished in a laboratory. We are the lab solution and testing service provider for the food, pharmaceutical, packaging, printing industries, research institution and college with qualified instruments & service. The machines are running well in over 30,000 laboratories to guarantee the highest quality and service. In this paper, by simulating the friction process of the packaging material itself when the film roll is drawn, the friction coefficient of the inner surface of the rice cake packaging film to the outer surface is detected. Both load compression and load containment are very highly influenced by the film tension setting. Higher F2 settings results in higher compression and also greater containment force. Offsetting this relationship results in a loss in propagated tear resistance for some film formulations.