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Summer is coming, the ambient temperature is relatively high, mold temperature control and rapid thermal conductivity cooling is the focus and difficult. Many companies use the mold thermostat is a traditional plastic mold thermostat, water storage capacity is very small, it is difficult to form a rapid cooling cooling down of PDCPD products, it is recommended that: 1, the use of replacement of large-scale mold thermostat or connected to the supplemental water tank, in order to improve the cooling efficiency; 2, strict control of the material temperature of 22 ℃ or so; 3, to control the temperature of the mold in the 70 ℃; 4, to reduce the frequency of production. Hope these tips are working for you. Want to know about our PDCPD materials, please click https://www.cattelanpdcpd.com/    

On November 16th, 2024 “Create China” Anhui Innovation and Entrepreneurship Competition Global Finals  was held in Hefei, Anhui Province, sponsored by Anhui Provincial Development and Reform Commission, Anhui Provincial Department of Finance, Hefei Municipal Government, Anhui Provincial Association for Science and Technology, etc., and hosted by Anhui Zhong'an Chuanggu Science and Technology Park Co. Our company entered the global finals on the theme of PDCPD materials.     Polydicyclopentadiene new materials (PDCPD new materials) is an environmentally friendly comprehensive performance outstanding and very new and incredible thermoset special engineering plastics, the material structure for the three-dimensional mesh highly cross-linked and interpenetrating polymer network structure, is based on the elastic deformation of the main ductile materials. Excellent mechanical properties, chemical stability and thermal stability in the automobile and truck aerospace construction, electronics, chemical, wind energy, heavy industry, agricultural machinery and other fields have been widely used. The light weight, high strength, weather resistant and wave permeable characteristics make PDCPD an ideal material for automotive manufacturing.        

The trend of global electric vehicles (EVs) has been on the rise in recent year, the combination of environmental awareness, government support, technological advancements, cost reduction, increased model availability, and growing public acceptance has fueled the global trend towards electric vehicles. As infrastructure continues to develop and battery technology advances, it is expected that the popularity and adoption of electric vehicles continue to grow in the coming years.The component productions of EVs are paying more and more attention to the new materials. PDCPD (Polydicyclopentadiene) is a thermosetting polymer that offers several advantages in terms of product durability when used in various industries, including the production of components for electrical vehicles. Here are some ways in which PDCPD new materials can improve product durability in the electrical vehicle industry: Corrosion Resistance: PDCPD materials have excellent resistance to corrosion caused by chemicals, solvents, and saltwater. This is particularly important in electrical vehicle applications where the components may be exposed to harsh environments, such as road salt or battery electrolytes. By using PDCPD materials, manufacturers can ensure that the components have enhanced durability and longevity. Impact Resistance: PDCPD exhibits excellent impact resistance, making it suitable for components that may be exposed to mechanical stress or accidental impacts. In the electrical vehicle industry, PDCPD can be used to produce durable and impact-resistant battery enclosures, bumpers, exterior panels, and other structural components, reducing the risk of damage during collisions or normal operation. UV Stability: PDCPD materials have inherent resistance to UV degradation, which makes them well-suited for outdoor applications in electric vehicles. Exposure to sunlight and UV radiation can cause degradation and fading of components over time. By using PDCPD materials, manufacturers can ensure that the components maintain their structural integrity and aesthetics for a longer period, even under constant exposure to UV rays. Thermal Stability: PDCPD exhibits excellent thermal stability, with a high melting point and low coefficient of thermal expansion. This property makes it ideal for components that are exposed to fluctuating temperatures, such as battery enclosures, motor housings, and under-the-hood components. PDCPD materials can withstand thermal cycling without significant deformation or loss of mechanical properties, ensuring long-term durability. Electrical Insulation: PDCPD materials have excellent electrical insulation properties, offering high dielectric strength and low electrical conductivity. This makes them suitable for applications where electrical components need to be isolated and protected. In the electrical vehicle industry, PDCPD can be used for producing insulating covers, connectors, and other components, ensuring reliable and durable electrical performance. By utilizing PDCPD new materials in the production of various components for electrical vehicles, manufacturers can enhance product durability, improve resistance to harsh environments, increase impact resistance, and ensure long-term performance. These properties contribute to the overall reliability and longevity of electrical vehicles, meeting the demands of sustainable.

At the Second China (Anhui) Scientific and Technological Innovation Achievements Transformation and Trade Conference, PDCPD new materials attracted widespread attention. This material was demonstrated at the conference with its excellent performance and wide range of applications, and became one of the highlights of innovation and scientific and technological achievements.   PDCPD is a new thermoset polymer material known for its excellent chemical resistance, high strength and excellent corrosion resistance. This material has a wide range of applications in several fields, including the automotive industry, electrical equipment, construction and other manufacturing industries. At this conference, the PDCPD new materials booth attracted the attention of many participants. Various innovative products and application cases based on PDCPD were displayed at the booth, demonstrating the diversified applications of this material in different industries. Professionals representing the team introduced the characteristics of PDCPD to visitors, emphasizing its advantages in design flexibility, lightweight and environmental  protection. One participant said: "The display of PDCPD new materials gives people a sense of vitality and innovation brought by new materials. Its broad application prospects and plasticity make us very excited about future technological development." During the exchange with participants, the PDCPD new materials delegation also conducted in-depth cooperation negotiations with a number of companies and research institutions. This marks the further promotion of this material in the market and the expansion of its application prospects. As part of a scientific and technological innovation event, the Second China (Anhui) Scientific and Technological Innovation Achievements Transformation and Trading Conference provides aprominent display platform for PDCPD new materials and promotes the development of this material in the fields of scientific and technological innovation and industrial transformation.

That's great news! PDCPD (Polydicyclopentadiene) is a thermosetting polymer that offers exceptional mechanical properties and chemical resistance. Being selected as one of the first batch of new materials in Anhui Province indicates its potential a wide range of applications. This recognition suggests that PDCPD has met the criteria set by the authorities in terms of its innovative nature, practicality, and market potential. By promoting its application through the guidance catalog, Anhui Province aims to encourage the adoption of PDCPD in various industries and sectors. PDCPD has found application in industries such as automotive, transportation, construction, and agriculture. Its unique properties, such as high impact strength, dimensional stability, corrosion resistance, and flame retardancy, make it suitable for manufacturing components that require durability and resilience. The inclusion of PDCPD in the guidance catalog is likely to attract attention from businesses, researchers, and manufacturers, triggering further exploration of its applications and development of new products using PDCPD. This, in turn, can contribute to technological advancements, economic growth, and the overall development of Anhui Province. It's an exciting development for the PDCPD industry and a positive step towards promoting the use of innovative materials in Anhui Province.

PDCPD (Polydicyclopentadiene) is indeed a material that has shown promise and attractiveness for lightweight automotive bodies. Its unique properties make it suitable for various applications in the automotive industry. PDCPD exhibits excellent strength-to-weight ratio, impact resistance, corrosion resistance, and dimensional stability, making it an appealing choice for automotive manufacturers. In recent years, PDCPD has gained attention and has been showcased at various conferences and exhibitions, including the Third International New Materials Conference. These events provide a platform for manufacturers, researchers, and industry professionals to explore and discuss the latest advancements in materials, including PDCPD. Regarding the application of PDCPD formulations in foreign customers, the use of PDCPD is not limited to a specific region. Since lightweighting has become a global trend in the automotive industry, manufacturers worldwide are exploring materials like PDCPD to reduce the weight of vehicles while maintaining structural integrity and safety standards. Foreign customers, including automobile manufacturers and suppliers, can choose to incorporate PDCPD in their products, especially for components such as body panels, interior trims, underbody shields, and structural reinforcements. PDCPD's versatility allows it to be used in both aesthetic and structural applications, providing opportunities for lightweighting and performance improvements in vehicles. By utilizing PDCPD, foreign customers can benefit from its desirable properties, which include excellent impact absorption, resistance to chemicals and corrosion, and the potential for design flexibility. Additionally, PDCPD offers the advantage of ease of processing, enabling efficient manufacturing and reducing production costs. Overall, PDCPD's unique properties, coupled with its increasing visibility at conferences and exhibitions, make it an attractive material for lightweight automotive bodies not only in domestic markets but also for foreign customers seeking innovative solutions in their respective regions.          

With the successful convening of the Third International New Materials Conference, PDCPD as an incredible new material, has been recognized and valued by the Secretary of the Anhui Provincial Party Committee, Chery and other car companies in BYD, JAC and other car companies have also acted immediately, it is true, the car changes the life, the material changes the car!  Let us fight with high spirit in the PDCPD industry on the road of sunny splendor!