该公司不断升级和提高生产质量,以满足全球汽车行业更严格的需求。 Teksid生产发动机缸体,气缸盖,发动机部件,传动部件,齿轮箱和悬架。


通过Teksid铝,它也是铝制气缸盖和发动机部件生产技术的世界领先者。 Teksid的竞争优势是基于:80多年的经验; 高水平的自动化; 连续技术升级改进质量标准; 并与客户的产品开发活动紧密集成,其中包括全球领先的汽车,卡车,拖拉机和柴油发动机生产商。

Teksid is the world’s largest producer of gray and nodular iron castings.


The company is constantly upgrading and improving production quality to meet the ever more exacting needs of the automotive industry globally. Teksid produces engine blocks, cylinder heads, engine components, transmission parts, gearboxes and suspensions.


Through Teksid Aluminum, it is also a world leader in production technologies for aluminum cylinder heads and engine components. Teksid’s competitive advantages are based on: more than 80 years of experience; a high level of automation; continuous technology upgrades to improve quality standards; and close integration with the product development activities of customers, which include the leading global producers of cars, trucks, tractors and diesel engines.

Marking technology used



冲击技术 - 对于平面,即使在整饰完成后,仍能获得深度可读的标记。


滚压技术 - 用于圆形表面,带有快速和深入的标记,另外没有任何可选轴。


点针技术 - 对于每种类型的表面,标记数据接口到工业跟踪系统。 标记成为可追溯性的主要支持,贯穿整个生产操作的长链,直到最终用户。


激光技术 - 对于每种类型的金属,具有对比色的标记用于工业代码,容易辨认,集中在非常小的区域中的许多单件的识别数据。

has made use of all the technologies available, for the identification of all the components, sensing immediately the help that the marking could give warranty and originality of the brand.

Impact technology - for the flat surfaces, obtaining a deep and readable marking even after the finishing of the piece.

Rolling  technology   - for round surfaces, with markings fast and deep, without any optional axes in addition.


Dot technology - for each type of surface, with marking data interfaced to industrial tracking systems. Marking becomes the main support to traceability,  throughout the long chain of production operations up to the final user.

Laser technology - for each type of metal, with markings in contrast color for industrial codes, easily legible, that concentrate in a very small area many identification data of the single piece.