Auto industry is one of the largest applicable Industries for new materials. In fact, light weight technology improvement boosts the development and competition of new materials providers. Currently, China has already taken initial shape of light weight industrial technology chain. Light weight solutions for car-used high-strength steel and part of key components reached the demands of auto industry dev elopement, but gap exists in the field of new materials such as aluminium alloy, magnesium alloy and fibre reinforced composite material.
汽车行业是新材料最大的应用行业之一，汽车行业的轻量化技术进步，也给新材料发展提供了广阔的空间和竞技平台。当前，我国汽车轻量化技术的产业技术链已经初步形成，在汽车用高强度钢及其核心零部件的轻量化技术解决方案方面能够满足我国汽车行业的发展需求，但在新型材料方面，如铝合金、镁合金、纤维增强复合材料方面还有一定差距。
As an advanced, creative and practical event in China, 2nd Global Vehicle Lightweight Innovation & Practice Convention 2018 (Nov 5-6, Shanghai) will discuss metal material and composite material innovation and explore new materials application solutions. With more than 10 speaking slot focus on materials, you will find your strategies to overcome technology, cost and business extension challenges from global leading companies’ experience and case studies.
2018第二届全球汽车轻量化创新与实践大会（11月5-6日，上海）以先进性，创造性及实践性为其特点，将从应用层面深入探讨金属材料与复合材料在汽车轻量化中的革新，探索新型材料的应用与轻量化解决方案。多达十数个材料专项演讲话题，大量行业领先企业案例分析，助您解决技术，成本，业务拓展挑战。 |
|
|
| Register your interest now 立即注册 |
| |
| Material Innovation: Metal Material and Composite Material轻量化材料革新：金属材料与复合材料 |
| ♦ |
Joining Carbon Fiber Material to Aluminum Alloy Body |
| |
在铝合金车身中加入碳纤维材料 |
| ♦ |
Analyzing on Fiberglass-Reinforced Composite for Chassis System Lightweight |
| |
玻璃纤维材料用于底盘系统轻量化 |
| ♦ |
Strength Mg& Al Alloy for the Vehicle Plate Weight Reduction |
| |
高强度镁铝合金为整车板材减重 |
| ♦ |
HSS Tailor Welding Blank (TWB) which is Easy to Shape is Used for Lightweight Body |
| |
便于造型的高强钢激光焊接板（TWB）用于车身轻量化 |
| ♦ |
How to Achieve Intelligent Use of Various Materials under Current Production Conditions? |
| |
如何在现有生产条件下实现多种材料的复合使用 |
| ♦ |
The Solution of Carbon Fiber for Vehicle Lightweight under the Available Cost Condition |
| |
现有成本条件下的碳纤维整车轻量化解决方案 |
| ♦ |
Lightweight Materials Improve the Endurance of NEV |
| |
材料轻量化提升新能源汽车续航能力 |
| ♦ |
Polymer Materials for Battery Box Lightweight on EV |
| |
高分子材料用于电池箱体轻量化设计 |
| ♦ |
Special High Performance Chemistries Enable Tyre Weight Reduction |
| |
特种化学材料帮助实现轮胎轻量化 |
| ♦ |
Low cost, Easy to Process, and High Performance Modified Plastics with Its Applications Advantage and Difficulties Breakthrough |
| |
成本、易加工、高性能的改性塑料的应用优势与难点突破 |
| ♦ |
Analyzing on Simulation used for Material Performance Test and Parameter Analysis to improve the Efficiency of Lightweight Design |
| |
仿真模拟用于材料性能测试与参数分析，提升轻量化设计效率与效果 |
| ♦ |
Panel Discussion: Analyzing on the Safety and Wear Resistance of Non-metal Materials |
| |
小组讨论：非金属材料安全性与耐磨性分析 |
| |
|
|
| Recommend articles推荐阅读: |
| Laser technology market share under the auto mobile light weight trend 汽车轻量化趋势下,激光切割行业的又一春 |
| |
|
|
Best Regards,
顺祝商祺
Rala | 2018 Annual Global Automotive Tech Exchanges (China, Japan, South Korea, Germany, USA) 2018全球汽车科技年汇 (中国，日本，韩国，德国，美国站) | SZ&W Group |
|
|
