重点介绍了新的铸造技术，包括无熔剂熔炼和非铬化阳极处理。
New casting technologies including fluxless melting and nonchromated anodisation surface treatments are emphasised.
本教程将告诉我如何阳极处理铝。
一些的颜色，我可以阳极处理。
我阳极处理了一个小时的部分。
电镀，镁合金，阳极处理相关处理剂。
Electroplating, magnesium alloy, and other anodic treatment agents.
此外，形成一绝缘层，以覆盖电子发射源及阳极处理层。
In addition, an insulation layer is formed for covering the electronic emission sources and the anodic treatment layer.
有些合金不阳极处理得很好，所以我尽量坚持使用合金我知道工作。
Some alloys do not anodize very well so I try to stick with the alloys I know work.
铝活塞改变可阳极处理级的铝材(较难车削)，看看可能的部份新颜色。
New anodize grade aluminium (more difficult for machine turning) is tested, so we can have more colors for metal piston system.
主营化妆品包装容器，铝制品的生产，抛光，阳极处理，电脑转轴研发生产，及五金研发生产。
Main cosmetic packaging containers, aluminum production, polishing, anodizing, computer R & D and production shaft, and hardware R & D and production.
阳极处理作为金属表面处理的一项非常重要工艺之一，其涵盖范围广，经处理后表面颜色多样。
Anodizing as a metal surface treatment, it is a very important process and covers a wide range. It could create variety colors after surface treatment, received by a number of consumers.
耐蚀性：阳极处理之盐雾测试，可依客户要求来规定，但至少要有24小时以上，视产品之定之。
Corrosion resistance: salt test of plating, maybe according to the customers' needs, depend on the production, but at least 24 hours.
集模具制造和铝材挤压与表面阳极处理铝材精深加工一条线生产，并配合客户开发研制新颖产品；
Mold manufacturing and aluminum extrusionand anodized aluminum surface fine processing of a line of production, and developed new products with customers;
盐水喷雾试验机针对各种材质之表面经电镀、阳极处理、喷涂、防锈油等防腐蚀处理后、测试其制品之耐腐蚀性。
Salt spray test machine for a variety of surface materials by electroplating, anodizing, painting, rust-proof oil, anti-corrosion treatment, testing its products on the corrosion resistance.
反光罩表面可制作成钻石、蜂巢、条纹、珠点、蚀皮纹多种花纹，表面可阳极处理成香槟色、金色、古铜等多种颜色。
The reflectors could be engrave as diamond, beehive, line, dot and the surface could be anodized as the color of champagne, golden and copper.
介绍了在已有铬层上补镀硬铬的方法，强调了补镀前表面净洁、反电刻蚀(阳极处理)、低电压小电流起镀等工艺的重要性及应注意的问题。
The importance of surface cleaning before replating, reverse electro-etching (anodic treatment) as well as low-voltage and small-current plating, and some problems needing attention were emphasized.
介绍了在已有铬层上补镀硬铬的方法，强调了补镀前表面净洁、反电刻蚀(阳极处理)、低电压小电流起镀等工艺的重要性及应注意的问题。
The importance of surface cleaning before replating, reverse electro-etching (anodic treatment) as well as low-voltage and small-current plating, and some problems needing attention were emphasized.
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