Research
Honley Auto. Parts Co., Ltd. combines the research and development department and the metal center steel hot stamping technology has many years of experience in the cumulative integration of various industries and development capabilities, R & D products are high-strength, lightweight properties, can replace the original material to enhance the value-added its commodity value, its services include: front and rear bumper, A pillar, B pillar, front and rear beam, roof beams, door impact beams services, automotive industry plan for customers comprehensive solutions, deep customers.
The gradual depletion of the global energy and greenhouse growing influence car design should be considered more environmentally friendly energy demands in the United States provides sales since 2016 cars per liter of fuel required to achieve 15.1 kilometers, the provisions of the European Commission since 2015 cars carbon dioxide emissions per kilometer should not exceed 120g / km, the neighboring mainland Japan and the cars emissions of carbon dioxide per kilometer shall not exceed 137.5g / km were limited since 2015 and 2016；Reduce vehicle fuel consumption, the most direct method of reducing carbon emissions by reducing the weight of the car that is, the body must use thin, light weight material in order to achieve the effect, car design more environmentally friendly energy demands to be considered, it is the industry trend continues towards lightweight vehicle direction.
At present, the automotive industry in response to the requirements of lightweight carbon reduction, advanced lightweight vehicle structures and processing technology development center planning and development of a lightweight four-forming technology, namely: hot stamping technology, tube Hydroforming technology, tailor welded to form technology, 3D roller roll forming technology,In order to meet the lightweight, high-security, high intensity as the highest development objectives and principles can be applied in motorcycle components, design all kinds of automotive components such as: small vans, commercial vehicles, vans, car brigade vehicles, an increase of products of high hardness and light weight.
Feasibility analysis and process according to CAE analysis techniques; production mold and cooling circuit design technology; automated fixtures design; product development and verification technologies. 。
For modern high-strength steel bending technology; high-strength steel hydroforming technology; high-strength steel parts hydraulic punching technology; high-strength steel tube hydroforming rebound verification analysis.
Automated high energy density welding technology; high-end automotive industry resistance welding technology; traditional welding quality of advanced technology.
With solid technical integration of high-strength steel roll technology; roll flower diagram design techniques; tapered continuous roll forming technology; roll CAE analysis techniques.