无与伦比的表现

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从卡尺到电子元件组装的最高腐蚀保护。

遵守

环境立法推动了我们的创新。提供兼容技术对于我们的全球涂抹器基础至关重要。

创新

创建可持续表面整理解决方案,最大限度地提高汽车系统的安全性,耐用性和美容。

专业知识

全球可用的表面整理装配工艺和完整制动系统的应用专业知识。

锌 - 锌合金电镀

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镀锌过程的选择取决于所需的特定应用和耐腐蚀性。

Zinklad 240刹车

如果需要超过1000小时的卓越耐腐蚀性和最小的白色腐蚀产品,则从Zincrolyte Kcl-Ni镀锌是#1选择。

Zinklad.1000 Brake

基于锌的Kenlevel涂层和专用Perma通行证实现了高达480小时的红色腐蚀的腐蚀保护。ens后处理过程。

With either choice the unique ZinKlad Brake quality assurance program warrants that OEM and tier1 requirements are consistently met, globally.”

耐磨涂料

Hard Chromium

耐磨铬饰面可用于活塞整理,其中大部分活塞采用Ankor 1111完成。该方法提供无抗裂的铬涂层,耐腐蚀性高达96小时,耐磨性为700至750 HV0.1硬度。从Ankor 1111中没有将氢转移到涂层或底物中。微裂纹铬也可用于和没有来自Ankor 1127的镍下层。

化学镍

我们的ELV兼容化学镀镍工艺符合耐磨性和耐腐蚀要求的汽车规范。

High phosphorus deposits are recommended to deliver the maximum corrosion resistance possible from an electroless nickel coating. Where a design engineer needs to achieve the best wear resistance, medium phosphorous electroless nickels are the preferred choice.

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阳极氧化和转换涂层

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铝组件可以使用Oxidi阳极氧化膜te processes. This additional treatment increases the corrosion protection, wear resistance and improves appearance. Furthermore, the anodized surfaces for decorative reasons can be colored during the anodizing process or painted afterwards.

Chromium-free conversion coatings such as Iridite NCP, provide corrosion protection equal to chromate finishes on most aluminum alloys. The coating can be used as a final finish and can also serve as a base for high performance topcoats, powder paints, lacquers, or as a base for rubber bonding and is completely free of chromium and does not contain cobalt.

Surface Preparation for Cast Iron

灰铸铁含有高水平的石墨碳呈现出对后处理的特殊要求。除去油,氧化物和碳残留物是实现所需耐腐蚀性的关键阶段。特别地,未能充分地从表面中取出碳和其他污染物可以导致电镀结果不足。

MacDermid Enthone KeyKote and ACTANE pre-treatment systems have been designed to prepare a clean and active metallic surface which will allow immediate initiation in the electroplating process. The first stages remove oils from the porous substrate. After removing oxides and residuals from the casting process, the next stage ensures the surface is smut-free with support from ultrasonic and electrolytic cleaning. The surface can now be activated for the subsequent plating process.

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