Application and erecting understanding

Application and erecting understanding. Module 1.

[Audio] Module 1 of our presentation on Application and Erecting Understanding focuses on the important topic of glue lines and their standards. In slide number 2 of 16, we will be discussing the proper placement of glue lines for effective bonding. It is crucial to ensure that glue lines are set accurately and precisely in all types of applications. The glue SOP, or standard operating procedure, outlines the correct methods for applying glue in different situations. It is important to follow these guidelines to ensure efficient and safe application. The slide also features an image showing two different types of glue lines - one with a standard application and the other with a 4.5 BL application. The 4.5 BL application provides a thicker and more uniform glue line, which may be more suitable for certain applications. It is essential to refer to the glue SOP and set glue lines accordingly for effective and safe bonding. Thank you for your attention and we will continue with the rest of Module 1 in our upcoming slides..

[Audio] Today, we will be discussing the application and understanding of glue line start and stop examples in Module 1. On slide number 3, we can see an image of a cardboard box with holes, accompanied by an automatically generated description. This image represents the process of correct glue application and the importance of starting and stopping at the designated crease line. In the manufacturing industry, precise and efficient glue application is crucial for the structural integrity of the final product. The crease line serves as a guide for the placement of the glue, and it is essential to start and stop at the designated points to avoid any gaps or excess adhesive. By following the crease line and applying the glue correctly, we can achieve a strong and sturdy bond between materials, resulting in a quality end product. As higher education students, it is important to understand the technical aspects of these processes in order to excel in the industry. This module will not only provide theoretical knowledge, but also hands-on experience in practical applications. Let us pay close attention to the information on this slide and remember the significance of proper glue line start and stop examples. We will now continue with our presentation on the next slide..

[Audio] Today, we will be discussing the board crush test, also known as the BCT test. The BCT test has failed due to incorrect glue application according to slide number 4. The photo on top reveals that the glue lines did not reach the crease lines, resulting in the failure of the BCT test. It is important to note that starting or stopping the glue lines almost to the crease lines will not have a negative impact on the strength of the carton. However, as depicted in the picture, failure to reach the crease lines can lead to failure in the BCT test. To ensure the strength and durability of the carton, it is crucial to properly apply glue along the entire crease lines. This will prevent any potential failures and guarantee the success of the BCT test. In summary, improper glue application, such as not reaching the crease lines, can cause failure in the BCT test. It is essential to pay close attention to this aspect and ensure that the entire crease lines are properly glued..

[Audio] Erecting structures is a crucial aspect of the construction industry that requires careful attention. It involves more than just putting materials together. In this module, we will focus on understanding the correct way of erecting structures and avoiding mistakes that can have disastrous consequences. Slide 5 emphasizes the importance of correct erecting and showcases an image of an incorrectly erected structure. It is important to understand that the strength and stability of a structure heavily rely on the proper erection process. Incorrect erection can lead to numerous issues, such as weakness, instability, and collapse, posing a danger to workers and the public. Paying attention to small details, following building plans, and using appropriate materials is crucial in the erection process. Any deviation from these principles can result in a faulty structure, compromising the safety of everyone involved. The second image shows a correctly erected structure that is designed to withstand external forces and provide a safe and stable structure for its users. It is important to remember that incorrect erecting can result in physical risks and financial losses. Having to demolish and rebuild a structure due to incorrect erection is not only a waste of time and resources but also a significant setback in the project. Therefore, it is crucial to thoroughly understand and follow the process of correct erecting during construction. This not only guarantees the safety of workers and the public but also ensures the durability and longevity of the structure. We will cover the correct erecting process in more detail in the upcoming slides, but it is essential to recognize its vital role in the construction industry. Let's move on to the next slide, where we will discuss the basic principles of erecting structures..

[Audio] We are now on slide number 6 of our presentation, "Application and Erecting Understanding" in Module 1. This slide is titled "Indication of Glue Burst". Glue burst is a common issue in the packaging industry that can result in unsuccessful product packaging. As a higher education teacher, it is my responsibility to provide you with the knowledge to avoid this problem. Glue burst is when the glue fails to hold the packaging together, causing the carton to burst open. This can happen due to incorrect erecting methods and setups. It is crucial to follow the correct procedure and setup for a successful packaging process. Another factor that can lead to glue burst is not having a solid 90-degree corner. This prevents the glue from adhering fully to the carton, making it weak and susceptible to bursting. Additionally, not having a proper 45-degree angle weakens the carton and makes it more prone to glue burst. To prevent this, it is important to follow the correct erecting method and setup, ensuring a strong and sturdy packaging. This will not only prevent glue burst, but also result in a successful packaging outcome. Thank you for understanding the significance of avoiding glue burst in the packaging industry. We will now proceed to the next slide..

[Audio] Today, we will be discussing application and erecting understanding in module 1, focusing on an important topic - glue burst. This issue can occur due to improper carton setup and temperature, leading to damaged products and decreased production efficiency. Glue burst refers to the bulging of cartons from excess glue or improper penetration, caused by incorrect carton folding or sealing and extreme temperatures. To prevent glue burst, it is crucial to ensure proper carton setup and maintain the optimal temperature for the type of glue being used. Regular inspections and temperature monitoring are key in avoiding this issue and maintaining a smooth production process. In conclusion, by understanding the causes of glue burst and taking preventative measures, we can improve production efficiency in module 1..

[Audio] This slide discusses the A15C glue application and challenges it presents in erecting cartons. The use of glue is crucial in the packaging industry as it secures and strengthens cartons for transportation and handling. However, the A15C glue's adhesion and strength can make it challenging to crease and fold, resulting in improperly erected cartons. To overcome this issue, it is important to follow the Standard Operating Procedure for applying the A15C glue to ensure the correct amount is used. In summary, by following the SOP, we can overcome the difficulties in erecting cartons caused by the A15C glue..

[Audio] In this section, we will be focusing on slide number 9 and discussing the concept of fibre tear and its impact on proper palletizing of cartons. This is a common problem in the packaging industry where the cardboard material of a carton can become torn or damaged. This is usually a result of improper stacking or arrangement during the palletizing process, leaving room for movement and potential damage. It is important to note that improper palletizing can also lead to other issues, such as problems with carton erection. When cartons are not properly erected, they are more vulnerable to damage during handling and transportation. This can lead to additional costs for replacement or delays in delivery. As a result, it is crucial for proper palletizing and carton erection to be a priority in the packaging industry. Not only does it ensure the safety and integrity of the products, but it also saves time and money in the long run. As educators in higher education, it is our responsibility to teach the next generation of packaging professionals about these important concepts. With this in mind, let's keep in mind the significance of proper palletizing and carton erection to avoid potential issues like fibre tear and mechanical damage. Let's now move on to the next slide..

[Audio] We are currently on slide 10 of our presentation titled "Application and Erecting Understanding, Module 1". The illustration on this slide shows a hand reaching out to a box with unfamiliar text. This symbolizes our own efforts to gain and understand the information presented to us. Our module will focus on applying our knowledge and enhancing our understanding of the content. The hand represents our actions in reaching for knowledge, while the box symbolizes the vast amount of information available to us. As we continue through the module, it is important to remember the purpose of learning and acquiring knowledge. With the right approach and application, we can develop a strong understanding of the content that will benefit us in the future. The unfamiliar text in the illustration represents new concepts and ideas that we will explore in this module. By being open-minded and reaching for knowledge, we will uncover new perspectives and ideas that will aid in our understanding. Let's continue our learning journey and apply what we have learned. Thank you for your attention and we will now move on to the next slide..

[Audio] We are currently on slide number 11 of our presentation on "Application and Erecting Understanding" in Module 1, discussing the impact of D-lam cutouts on factory waste. Machine cutouts are a common problem in factories, leading to a significant amount of waste referred to as "machine waste". However, these cutouts are a major cause of environmental pollution and financial losses for companies. To address this issue, investing in a D-lam cutting machine is crucial as it utilizes precise cutting techniques to minimize waste and maximize resource usage, resulting in cost savings. Additionally, D-lam cutouts are more accurate and efficient, leading to less material waste and improved product quality. As future professionals in the business and manufacturing industry, it is our responsibility to promote sustainable production methods, including the use of D-lam cutting machines. Let's now move on to the next slide to gain a deeper understanding of this topic. Remember, small changes in our practices can make a big difference in reducing factory waste and creating a greener environment. See you on the next slide..

[Audio] We will now discuss glue application in the production process. The first picture shows a lack of glue penetration in the forming section due to inadequate pressure, resulting in weak and uneven bonding and product defects. The second picture demonstrates the importance of even glue application from the crease line to the end of the brown line to ensure a strong and secure bond. Proper glue application is crucial for the quality of the final product, and regular monitoring and adjustment of pressure and application techniques are necessary for successful and consistent bonding. Moving on to the next slide, we will discuss the importance of proper alignment in the production process. Stay tuned for more valuable information on Application and Erecting Understanding..

[Audio] Today, we will be discussing the topic of application and erecting understanding, specifically focusing on common mistakes that can occur during the erecting process. On slide number 13, there are four key areas that can impact the success of an erection. The first one is "tri-corners pulled round", which is when the corners of the board or paper are pulled too tightly, potentially causing damage or misalignment. It is important to avoid pulling the corners too tightly for a successful erection. Next, "incorrect machine setup" is a common mistake that can result in the wrong settings for the equipment used. It is crucial to double-check and confirm correct machine setup before beginning the erecting process. The third point is "board grade week", which refers to using a lower grade board than what is required for the job. This can cause issues like bent corners or collapse during the erecting process. It is vital to use the appropriate board grade for a successful erection. Finally, "wrong creasing lines" can lead to a weak or uneven crease due to incorrect alignment. This can affect the overall quality of the final product. Paying close attention to the creasing lines and ensuring proper alignment is essential. In summary, paying attention to these key areas - tri-corners, machine setup, board grade, and creasing lines - during the erecting process is crucial. By avoiding these common mistakes, we can ensure a smooth and successful application and erecting process. Slide number 14 provides additional information on erecting techniques..

[Audio] Today, we will be discussing the effects of direct sunlight and heat on cardboard boxes during storage and how it can impact the process of erecting the boxes. This is important information for those in the packaging industry, as well as anyone who deals with cardboard packaging on a daily basis. Direct sunlight and heat can greatly affect the temperature of cardboard boxes, making it difficult to erect them. Cardboard is a sensitive material that can be easily affected by its environment. When exposed to direct sunlight, the temperature inside the carton rises and affects the temperature of the cardboard itself. This can be problematic, as the storage temperature for cardboard is typically set at 24°C. If the temperature of the cardboard goes beyond this, it can make the process of erecting the boxes much more challenging. Moisture can also play a factor in the storage of cardboard boxes. Moisture seeping into the boxes can make them weak and less structurally sound, affecting the process of erecting and compromising the integrity of the packaging. It is important to be aware of these environmental factors when storing and handling cardboard boxes. By keeping the storage temperature at 24°C and keeping the boxes away from direct sunlight and moisture, we can ensure that the process of erecting the boxes will be much smoother and more efficient. In conclusion, direct sunlight and heat can greatly impact the temperature of cardboard boxes, making it difficult to erect them. It is important to take necessary precautions for their proper storage and handling. Thank you for your attention, and please keep these considerations in mind for your future projects involving cardboard packaging..

[Audio] In this module, we will discuss the concept of erecting. The picture clearly shows that there was not enough pressure applied to ensure proper glue penetration. This can cause the glue to come loose on the penetrated area, resulting in a weaker bond. On the other hand, when heat is applied, a flat and wide line indicates that the glue has penetrated. However, caution must be taken as the box may come loose when heated. It is important to carefully monitor and control pressure and heat during the erecting process to ensure a strong and stable structure. Moving on to the final module, let's turn to slide number 16 out of 16 for the conclusion of our presentation..

[Audio] Students, we have reached the final slide of our presentation on application and understanding in Module 1. In our remaining time, let us discuss the important topic of moisture in cartons. Cartons are a vital material in packaging and shipping, but they can be vulnerable to moisture. When exposed to moisture, the cartons can swell and become weaker, potentially leading to damage of its contents. To ensure cartons remain in good condition, it is crucial to understand moisture levels and how to test for them. The ideal moisture levels for cartons are 4.5% to 18% for paper, 5% to 40% for baled scrap paper, and 0-100 on an arbitrary scale for other materials. However, the most accurate way to determine moisture levels in cartons is by using a moisture meter. This tool provides a precise reading and allows us to take necessary precautions to prevent damage. As we have seen, moisture can significantly impact the quality and safety of packaging. Therefore, regular testing and maintenance of appropriate moisture levels for different materials is crucial. Thank you for joining me in this informative session on moisture in cartons. I hope you have gained a better understanding of this topic and its significance in the packaging industry. Thank you for your attention, and I wish you all the best in your future endeavors..