中国汽车产业在经过了多年高速增长后,进入了产业转型和技术升级的新时期。在双积分法规以及新能源汽车产业政策的双重驱动下,车用材料也迎来了新的发展机遇。传统以钢为主的汽车用材结构,正向钢铝混合、全铝车身、塑料复合材料和镁合金等多材料混合应用的趋势发展。多材料混合应用带来新材料连接技术需求,铆接、粘接和复合连接等多种连接方式在汽车行业得到了快速的发展。解决异种材料连接过程中的结构设计、接头力学模型、性能评价、工艺质量控制等一系列产业化的问题迫在眉睫。
伴随着行业对连接技术的高度关注,中国汽车材料网举办了2018、2019两届“国际汽车轻量化材料连接技术研讨会”。汇聚了涵盖机械连接、焊接、胶接、复合连接等全系统的连接技术供应商资源,为国内外近百家主机厂和零部件厂提供了连接技术交流平台。基于此形成的技术资源,中国汽车材料网组织编制了《汽车材料连接技术手册》。《手册》面向行业发布以来,获得了各专家及工程师的一致好评。
“2020(第三届)国际汽车轻量化材料连接技术研讨会”将于3月19-20日举行。会议将基于汽车新材料应用下连接技术的新需求,共同探讨铆接、粘接、紧固连接、FDS、激光焊接、搅拌摩擦焊、CMT焊接、电阻点焊等热点技术。

After years of rapid growth,
China's auto industry has entered a new era of industrial transformation and
technological UPgrading. Driven by the
dual-sloPE policy and the new energy
vehicle industry, vehicle materials have also ushered in a new period of
development oPPOrtunities. The
traditional steel-based automotive material structure is
developing towards the mixed aPPlication of steel-aluminum hybrid, all-aluminum
body, plastic composite and magnesium alloy. In PArticular, the application of lightweight materials
by new energy auto companies has accelerated the application of new materials
and joining technologies in the industry. The multi-material hybrid application
brings new technical needs in material joining, and various connection
methods such as riveting, bonding and composite joining have been
rapidly developed in the automotive industry. It is extremely urgent to solve a
series of industrialization problems such as structural design, joint
performance simulation, performance evaluation and process quality
control during the connection process of dissimilar materials.
The industry has also paid great attention to the connection
technology. The“2018 (first) International Automotive Lightweight
Material Connection Technology Seminar organized by China Automaterial
Website attracted more than 260 participants from 30+ vehicle companies and 100+
parts companies.
In order to strengthen industrial
technology exchanges and cooperation, and promote the industrial application of
new connection technologies, " The 2nd Forum On International
Automotive Lightweight Materials Connection Technology" will be held in
Suzhou, Jiangsu, on March 21st -22nd. The conference will invite
exchanges and seminars on material bonding, riveting, fastener connection, laser
welding, CMT, FDS, friction stir welding, resistance spot welding and other
hot-spot connection technologies. At the meeting, the "Automotive
Material Connection Technical Manual", which is edited by China
Automaterial Website and directed by many well-known experts in the industry,
will also be displayed for the industry to provide a comprehensive system
application technology for vehicle materials.
二、会议组织/Organization
拟邀指导单位/Guide
units:中国汽车轻量化技术创新战略联盟、中国焊接协会、中国汽车工程学会汽车制造分会、中国汽车工程学会材料分会/ China Auto Lightweight
Technology Innovation Strategic Alliance, China Welding Association,
Manufacturing Committee of SAE-China, Materials Committee of SAE-China
主办单位/Sponsor:中国汽车材料网/China
Automaterial Website
承办单位/Organizer:中国汽车材料网、汽车轻量化在线/China
Automaterial Website,Automobile lightweight online
三、会议时间地点/Time&Place
会议时间:3月19日-20日/19th-20th
March
会议地点:待定
四、参会对象/Participants
•整车厂产品设计、轻量化、材料、工艺、质量和采购等工程技术人员;
•汽车材料连接技术企业的技术开发、产品服务及销售工程师;
•汽车紧固件、焊接、连接材料、工艺装备等企业的技术与市场人员;
•从事多材料连技术研究的高等学校和科研院所负责人、工程技术人员、研究生等;
•政府部门、行业协会的领导或专家。
•Engineers
and technicians who are lightweight, material, product design, process,
corrosion protection, quality and procurement of OEMs;
•Technical
manager, product engineer, and sales engineer for Material Connection
Technologies
•Technical
and market personnel in automotive fasteners, welding, joining
materials, process equipment and more;
•Heads
of universities and research institutes engaged in multi-material
connection research, engineering technicians, graduate students,
etc.;
•Government
leaders or experts in industry associations.
五、主要议题/Topics
十余种连接技术工艺过程、技术特点、适用范围、应用及供应链,以及性能评价和验证技术。
More
than ten kinds of connection technology processes, advantages and
disadvantages, scope of application, supply chain, performance
evaluation and verification specifications.
汽车轻量化多材料连接技术发展现状
Development
Status of Automotive Lightweight Multi-Material Connection
Technology.
历年欧洲车身会议/中国车身轻量化会议典型车型连接技术应用情况
Typical
vehicle connection technology application of ECB and CCB.
超高强度钢焊接工艺及性能评价
Ultra-high
strength steel welding process and performance evaluation
汽车车身铝板点焊/铆接工艺及性能表征
Spot
welding/riveting process and performance characterization of automobile body
aluminum plate
异种材料连接接头力学仿真模型与验证方法
Mechanical
simulation model and verification method for dissimilar material joints
铝合金CMT/MIG/ TIG等焊接工艺及装备
Aluminum
alloy CMT/MIG/ TIG welding process and equipment
SPR/ImpAcT/FSW/拉铆等机械连接技术在汽车材料连接中的应用探讨
Mechanical
of SPR/ImpAcT/FSW/Riveting in Automotive Material Connection
新型紧固件连接技术的应用
Application
of new fastener connection technology
铝/铝,钢/铝搅拌摩擦焊,多材料粘接、胶铆复合接头性能仿真与验证技术
Performance
Simulation and Verification Technology for Aluminum/Aluminum, Steel/Aluminum
Friction Stir Welding,multi-Material Bonding and Rubber-Staking
Composite Joints
连接腐蚀预防与控制技术
Connection
corrosion prevention and control technology
激光焊接在汽车轻量化材料连接中的应用前景
Application
Prospect of Laser Welding in Automotive Lightweight Material Connection
Carbon
fiber cover connection design
车身、钢铝混合轻量化连接技术
Lightweight
connection technology for all-aluminum body and steel-aluminum
hybrid
Connection
technology for new energy car battery pack
典型轻量化零部件(铝合金减震塔、铝合金副车架、塑料覆盖件)连接技术解决方案
Typical
lightweight component connection technology solutions, such as
aluminum alloy shock ABSorbers, aluminum alloy subframes, plastic
covers
典型多材料连接工艺装备及产线解决方案
Typical
multi-material joining process equipment and production line solutions
材料连接接头质量检测评估方法与设备
Material
connection joint quality inspection evaluation method and
equipment
注:此为会议主要议题,报告内容及专家安排在会前2周确定。
Note: The above topics for the
meeting, the contents of the rEPort and expert arrangements in the first 2 weeks
before the meeting.
连接技术、产品及工艺装备展示范围(单一产品或技术企业不超过3家,位置先到先得):
材料连接技术及产品:铆接、紧固件连接、搅拌摩擦焊、CMT焊接、激光焊接、HSPR自冲铆接、无铆连接、FDS热融自攻丝铆接、结构胶、胶带等材料、工艺装备及技术等,以及相关零部件解决方案展示。
Display range of technology(No
more than three companies for single products or technology):
Connection Technology
and Products: Riveting, Fastener Connection, Friction Stir Welding, CMT Welding,
Laser Welding, HSPR Self-piercing riveting, riveting free connection, FDS,
structural adhesive, Equipment and technology, as well as related
components and parts solutions show.
六、会议费用/Conference
Fee
2020年1月31日之前付款:2500/人;
2300/人(3人及以上团队价格, 同一公司)
2020年3月5日之前付款:2700/人;
2500/人(3人及以上团队价格,同一公司)
2020年3月5日之后:一律按照3000元/人收取报名费。
注:全日制在校学生原价基础上优惠1000元/人,以上费用不含交通费和住宿费。
产品样品展示费:12000元(包含一个约1m长桌展位,背景板统一设计及搭建,两个参会名额)。
•Payment
before January 31, 2020: 2500¥ / person; 2300¥ / person (3 or more, same
company)
•Payment
before March 5, 2020: 2700¥ / person; 2500¥ / person (3 or more, same
company)
•After
March 5, 2020: all in accordance with the 3000 yuan / person registration
fee
Note: students in school to enjoy
1,000¥ discount, the above costs do not include board and lodging, accommodation
arrangements, the cost of self-care.
Display fee: 12,000 yuan,
Includes a booth of about 1m long table, unified design and
construction of the background board, two participants.
七、会议赞助及报名事宜/Registration
诚邀行业同仁参会及赞助合作,我们将提供:会议协办、冠名支持、会场报告、会刊广告、参会证、资料入袋、产品展示、易拉宝等多种赞助服务。同时结合中国汽车材料网网站平台、《汽车材料与工艺年鉴》、微信公众平台等主办方的媒体优势,帮助企业推广产品与服务、提升品牌形象和产品与技术的知名度,拓展客户和业务。我们期待您的加入!
We sincerely invite industry
colleagues to participate in the sponsorship cooperation. We will
provide: a variety of sponsorship services such as naming, report,
conference advertisement, participation badge, conference
package, product exhibition, roll up banner. At the same time, it combines the
media advantages of China Automaterial Website platform, the “Automotive
Materials and Manufacturing Process Yearbook”, WeChat public platform and other
organizers to help enterprises promote products and services, enhance brand
image and visibility of product and technology, also to expand customers and
business. We look forward to your joining!
赞助及报名电话(Tel):0551-63857995;18156085929(同微信);
联 系 人(Contact):张小姐 (Miss
Zhang)
邮
箱(Email): marketing@qichecailiao.com
Automotive Material
Connection Technical Manual
由中国汽车材料网牵头编制,行业多位知名专家指导的《汽车材料连接技术手册》已面向行业正式发布。该手册通过对连接技术的系统整理,将对每种技术的概念、工艺过程、优缺点、适用范围、国内外应用情况、主要供应商资源等进行全面系统的介绍。以期为产业链同仁提供最新最全的车用材料连接技术与信息资源。扫描二维码可在线购买!
Prepared by China Automaterial
Website, the "Automotive Material Joining Technical Manual ", which is guided by
many well-known experts in the industry, has been released. This manual
introduces the system of connection technology, and introduces the
concept, process, advantages and disadvantages, scope of application,
application at home and abroad, and major supplier resources of each technology.
In order to provide the latest and most complete vehicle material
connection technology and information resources for the industry chain
colleagues. Scan QR code to buy online!
往届回顾/Previous
Review
The 2nd Forum On
International Automotive Lightweight Materials Connection
Technology
第二届“国际汽车轻量化材料连接技术研讨会”于2019年在苏州召开,吸引来自了国内外整车企业、零部件企业、科研院所、原材料企业等单位的众多代表参加。现场近20家展示单位带来了涵盖紧固连接、铆接、胶接、激光焊接、搅拌摩擦焊等先进技术及相关仪器装备的展示。
“The SECOnd Forum On International Automotive
Lightweight Materials Connection Technology” was held in Suzhou. The
conference attracted many representatives from domestic and foreign
vehicle manufacturers, parts and components companies, research
institutes, and raw material enterprises. Nearly 20 display units on the site
brought display of advanced technologies and related equipment including
fastening, riveting, gluing, laser welding, friction stir welding.
The Forum On
International Automotive Lightweight Materials Connection
Technology
首届“2018国际汽车轻量化材料连接技术研讨会”于2018年在南京召开,引起了行业的普遍关注。共吸引来自30+整车企业、100+零部件企业的260余人参与。
The first "2018
International Automotive Lightweight Materials Connection
Technology Seminar" was held in Nanjing in 2018, which caused widespread
concern in the industry. A total of more than 260 people from 30+
vehicle companies and 100+ parts companies were attracted.
更多信息可点击会议名称进入官网了解!
For more manual information,
please click on the name of the manual to enter the official website!












