Wanli Pipeline Debuts at the "Hualu Cup" to Build a Low-Carbon Heating Future

The second "Hualu Cup" Aerogel Products and Digital Low-carbon Technology Exchange Conference was held at Shanghai Macrolink Sofitel Hotel on October 23 , with the theme of "Leading the Material Revolution and Building a Low-carbon Future". The conference was hosted by Shanghai Ruisi Smart Technology Co., Ltd., and co-hosted by Sinochem Hualu New Materials Co., Ltd. and Sinochem Construction Investment Group (Jiangsu) Industrial Investment Co., Ltd. The conference attracted many leading guests, industry elites and nearly 100 companies to participate, building an ideal platform for the exchange of aerogel industry and digital low-carbon technology.

Ningbo Wanli Pipeline Co., Ltd. became one of the focuses of the conference with its innovative achievements in the field of prefabricated overhead steam insulation pipes. As an advocate and pioneer of fully prefabricated solutions for thermal pipelines, Wanli Pipeline has been working in the heating insulation industry for more than 30 years, integrating the design, manufacturing and construction qualifications of heating pipelines, and providing comprehensive heating network pipeline business solutions for various industries.

At this exchange meeting, Wanli Pipeline shared the technology and application results of prefabricated overhead steam insulation pipes. This new insulation pipe product combines advanced insulation materials such as "nano aerogel felt" and "foamed calcium silicate", and adopts a "soft tile foam" composite insulation structure. This innovation not only improves construction efficiency and quality control level, but also effectively controls costs, providing customers with an economical and efficient solution, and becoming the preferred solution for new heating network projects.

Foamed calcium silicate is a new type of hard inorganic thermal insulation material jointly developed by Zhejiang Yichuangxin Material Technology Co., Ltd. and Shanghai Institute of Ceramics, Chinese Academy of Sciences. This material has excellent thermal insulation performance and excellent compressive resistance, while significantly reducing the cost of use. It is currently an ideal thermal insulation material in the field of heat network pipelines.

The company representatives had in-depth exchanges and discussions with industry experts and guests attending the conference. The company will work hand in hand with industry colleagues to contribute to the realization of a low-carbon future.