Plastic gears offer numerous advantages, such as low noise during transmission, excellent vibration absorption, self-lubrication, and high efficiency in mold processing. In recent years, the use of plastic gears in the gear industry has been on the rise, becoming a global trend. However, currently, China is capable of producing medium- and low-precision gear molds, but high-end gear molds are still largely imported. There are relatively few specialized factories focused solely on gear mold production, with most gear molds being manufactured by general gear factories.
In terms of application, the demand for plastic gear molds is growing significantly, indicating a large market potential. Industry experts have proposed three key strategies for future development. First, accelerating the adjustment of the industrial structure is essential. The gear mold industry must focus more on optimizing its product structure to meet the increasing demand for complex and high-precision molds. At the same time, the industry should closely follow market needs, as without product demand and upgrades, there will be no technological progress or growth in the scale and quality of mold products.
Second, the implementation of industry standards should be accelerated. Currently, there are no national or established industry standards for gear mold processing, especially in the field of plastic gear molds. Technical standards are often open-ended, and it's challenging to develop clear product standards. This includes experimental standards, accuracy requirements, and testing equipment specifications, all of which need to be addressed.
Third, strengthening cooperation between industries is crucial. Modern industrial development relies heavily on collaboration, and this is equally important for the gear mold industry. This involves direct research collaborations between industry players and academic institutions. For example, multiple universities are conducting research on gear molds, and partnerships between the gear industry and research institutes can lead to joint efforts in process equipment and understanding the internal deformation of plastics.
Moreover, the mold alliance network has pointed out that the gear mold industry remains fragmented and lacks coordination. Establishing professional associations would help address these issues by focusing on discussions and solutions related to small modulus gear production, thereby promoting the growth of the domestic precision gear mold industry.
In the broader context of the gear industry, particularly the development of the plastic gear sector, the domestic response to market changes is not yet sufficiently agile. Supporting research also struggles to keep up with evolving market demands. As a result, domestic precision gear molds still need to catch up with global standards. With proper strategies and collaborative efforts, the industry can move closer to international levels of innovation and competitiveness.
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