홈페이지> 블로그> Aluminum extrusions will increase in automotive applications

Aluminum extrusions will increase in automotive applications

April 03, 2023

The Asia-Pacific Science and Technology 2014 Annual Results Presentation will be held in Panorama Network. Luo Gongwu, director of the board of directors, said at the event that the incidents of Chai Jing and hazy were all concerned and the company was highly concerned. As a production-oriented company, the company continued to increase its investment in environmental protection. Environmental protection has been a priority for the company in terms of equipment selection, process improvement and new project construction.

Luo Gongwu said that the country has made important decisions and arrangements for energy conservation and emission reduction. The reduction in the weight of cars will undoubtedly contribute to energy conservation and emission reduction. Therefore, the national level will further support the reduction in the weight of vehicles. In the context of national energy conservation and emission reduction, the lightweighting of automotive materials is a major trend, and the company will continue to deepen the application of aluminum extrusion materials in automobiles. With the maturity of automobile manufacturing technology and aluminum extrusion technology, the use of automotive aluminum extrusion products in automobiles will gradually increase.

우리를 동요하십시오

작가:

Mr. Liu Keda

이메일:

syzdhx@163.com

Phone/WhatsApp:

+8613904003748

인기 상품
당신은 또한 좋아할 수도 있습니다
관련 카테고리

이 업체에게 이메일로 보내기

제목:
이메일:
메시지:

귀하의 메시지 MSS

우리를 동요하십시오

작가:

Mr. Liu Keda

이메일:

syzdhx@163.com

Phone/WhatsApp:

+8613904003748

인기 상품

Copyright © 2025 Shenyang Zhongda Huanxin Refrigeration Technology Co., Ltd.판권소유

We will contact you immediately

Fill in more information so that we can get in touch with you faster

Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.

송신