Hot Melt Adhesive For Handle Bag When using hot melt adhesive to glue the side and bottom of the bag, the adhesive effect shown by hot melt adhesive will be different because the material of the bag may be different Hot Melt Adhesive For Handle Bag,Hot Melt Glue Granule,Hand Bag Hot Melt Adhesive,Hot Melt Adhesive For Hand Bag Shenzhen Tongde New Materials Technology Co., Ltd. , https://www.tdhotmeltglue.com
01. Suitable for high-grade gift packaging bags, generally use white cardboard as the material for the production of handbags. For the white cardboard material, the hot melt adhesive used should match the physical characteristics of the white cardboard, so that the hot melt adhesive liquid can produce a chemical reaction when contacting the white cardboard material, resulting in a certain strength bonding effect between the white cardboard.
02. Kraft paper is a solid and durable handbag material, because of the thickness of the material, the hot melt adhesive used can not be too bad. Kraft paper bags are used to hold things more solid, in order to match the characteristics of this handbag, the bag bottom can withstand the weight should also be relatively large. The role of hot melt glue here is to ensure that the edge and bottom of the kraft paper bag can be broken without fear of pressure.
03. Hot melt adhesive applied to the handbag, the most encountered material is coated paper. Coated paper is very glossy, and the printing pattern on it is very good, so many handbags on the market are made of coated paper. Although coated paper is usually subjected to multiple surface treatments, this makes hot melt adhesive bonding difficult.
04. Handbag hot melt adhesive is a hot melt adhesive used for paper adhesion, suitable for different materials or paper with different surface treatment, and according to the difficulty of paper adhesion, the adhesive performance of hot melt adhesive will be different. Before putting into production, be sure to test whether the hot melt adhesive of the handbag is suitable for use.
The fracturing and filling sand control technology developed by Dagang Oilfield Group Corporation has proven to be a highly effective solution for boosting production and improving efficiency in loose sandstone oil wells. As of December 10, this innovative method has been successfully implemented in 42 wells within the Dagang Oilfield this year, achieving a 100% construction success rate and a 100% sand control efficiency. The cumulative crude oil production from these wells has reached 23,500 tons, demonstrating the technology's significant impact on operational performance.
Sand production in oil wells is a major cause of declining production or even well failure, and it is commonly referred to as "sand damage" in the industry. For many years, the Dagang Drilling Institute has focused on research and practical application in sand control techniques, leading to numerous scientific achievements. However, there are still challenges that remain unresolved. Over the past two years, the institute has conducted extensive research on key components such as fracturing filling tools, sand control work fluids, gravel packing combinations, sand control design software, on-site real-time monitoring systems, and interpretation software. These efforts have led to significant breakthroughs, resulting in a comprehensive set of technologies tailored for unconsolidated sandstone reservoirs.
According to the researchers, the fracturing filling tool developed by the institute effectively addresses the challenges of sand control in long well sections. It not only helps with gravel packing but also allows for quality verification and secondary sand filling if needed. The newly developed end sanding process optimizes fracture length and width, enhancing overall effectiveness. Additionally, the real-time monitoring and interpretation system for sand control operations enables pre-construction fracture testing, real-time display of construction parameters, and dynamic tracking of crack propagation during the process. After the operation, it also supports post-filling quality assessment, ensuring reliable and efficient sand control outcomes.