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Zhonglun New Materials (301565.SZ): Products can be applied to consumer electronics such as VR and MR.
Zhonglun New Materials (301565.SZ) stated on the investor interaction platform on July 11th that the company's products can be applied to VR, MR and other consumer electronic products. The company's PHA lithium film products are mainly used in aluminum-plastic packaging films for soft-pack lithium batteries, which have been widely used in 3C consumer electronics products, including smart phones, wearable devices, etc. Taking VR glasses as an example, in order to pursue lightweight, comfort, and long battery life, the battery design often considers the balance of energy density, weight, and volume. Using soft-pack batteries as power supply is a suitable choice. Of course, the actual usage depends on the specific circumstances.
Zhonglun New Material (301565.SZ): BOPA film with excellent oxygen barrier, puncture resistance, tensile strength and product appearance.
Gelonghui July 11 | Zhonglun New Materials (301565.SZ) said on the investor interactive platform that the company's functional BOPA film has excellent oxygen barrier properties, puncture resistance, stretch resistance, and can also take into account product aesthetics, and is widely used in high-end food and beverage flexible packaging. It should be said that BOPA film is one of the most suitable functional films for protecting food safety. The company has always been committed to providing green technology materials for human health and safety. The company is also the first Chinese member of the Food and Agriculture Organization of the United Nations “save food” initiative. But from the structure of a tanker
As of June 28th, the total number of shareholders for Zhonglun New Materials (301565.SZ) was 38,238.
Zhonglun New Material (301565.SZ) stated on the investor interaction platform on July 10th that as of June 28, 2024, the total number of shareholders in the company was 38,238.
Zhonglun New Materials (301565.SZ): The product PHA lithium film is mainly used for aluminum-plastic packaging film of soft-pack lithium batteries and has been widely used in consumer electronics products in the 3C category.
Zhonglun New Material (301565.SZ) stated on the investor interaction platform on July 10 that their products can be applied to consumer electronics. The company's product, PHA lithium film, is mainly used for aluminum-plastic packaging film of soft-pack lithium batteries, and has been widely used in 3C consumer electronics products, including smart phones, wearable devices, and more.
Zhonglun New Materials (301565.SZ): The company's PA6 products can be divided into nylon film level, engineering plastics level, and nylon fiber level, etc.
On July 8th, Growatt Express reported that Zhonglun New Material (301565.SZ) said on its investor interaction platform that the company's product materials can be used in robots from the perspective of product performance. The company's film-based product, PHA lithium film, is used as a substrate in downstream aluminum-plastic film manufacturers. Aluminum-plastic film is the packaging material for soft-pack lithium batteries. It is understood that some terminal robot products are powered by soft-pack lithium batteries. The company's PA6 product can be divided into nylon film grade, engineering plastic grade, and nylon fiber grade. Among them, the engineering plastic grade can be processed into modified materials and can be used in robot structural parts through injection molding.
Zhonglun New Material (301565.SZ) has not entered into any cooperation with Shandong Yabo Technology.
On July 8th, Gelunhui reported that Zhonglun New Materials (301565.SZ) stated on the investor interaction platform that it is not currently cooperating with Shandong Yabo Technology. According to public information, Shandong Yabo Technology belongs to the construction and decoration industry and has business involving photovoltaics and new energy. The company's products belong to the field of new materials and there is no business overlap between the two, and currently no cooperation has been carried out.
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