自主的喷塑产品流水账单线都是种高效、性价比最高的喷漆保研产品，其工程作业加工制作工艺 具体蕴含二个大家都讨论方法：产品预处治、产品提前预热和喷漆。每条个方法都等于具体，对到头来耐磨涂层的品格和可以塑造议案性的危害。

The automatic spray molding equipment assembly line is an efficient spray conveying equipment, and its construction process mainly includes three core steps: workpiece pretreatment, workpiece preheating, and spraying. Each step is crucial and has a decisive impact on the quality and performance of the final coating.

一、零件预应急处置

1、 Workpiece pretreatment

预处里是喷塑前的一般担当，一般个人目标是断根钢件本身的油污清洗、铁锈或任意镀层，事关基体金属质完善表露。这一项关键步骤很大一般，主要是因为它为之后的的喷塑进度市场机制了很好的映照压根。

Pre treatment is the primary task before spraying, with the main purpose of removing oil stains, rust, or other coatings from the surface of the workpiece, ensuring that the base metal is completely exposed. This step is crucial as it provides a good adhesion foundation for the subsequent spraying process.

二、部件升温

2、 Workpiece preheating

加温是静电喷砂系统进程中的关头关头，那过程中候依照规定钢件的金桥铜业跨接线的截面积大小和颗数而定。厚壁、颗数多的钢件需注意更长的加温过程中，而薄壁管、颗数少的钢件则可以说较短。这里是伴随区别图像的钢件在加温中应需的总熱量区别，须要有效确保某一款 钢件到热多样化壮况。加温温暖对热静电喷砂导致等于关键，太低会原因分析镀层不总值，太高则可调动起流挂和炭化景像，的影响涂膜机器。

Preheating is a crucial step in the spraying process, and its time depends on the specifications and quantity of the workpiece. Thick walled and large quantity workpieces require longer preheating time, while thin-walled and small quantity workpieces are relatively shorter. This is because the total heat required for heating workpieces of different weights varies, and it is necessary to ensure that each workpiece reaches a thermal equilibrium state. Preheating temperature is crucial for the effectiveness of thermal spraying. If it is too low, it can lead to uneven coating, while if it is too high, it may cause sagging and carbonization, affecting the performance of the coating film.

三、喷涂料

3、 Spray coating

粉末涂装是拒绝喷塑设备流水账单线的话题关头，需切确控制多性能。起首是喷粉量，这只是表决耐磨铝层板厚和人均度的关头身分。热粉末涂装时，喷粉量但凡是相对较大，各种类型在200~300g/min相互间。额外，喷枪与产品工件的每隔、粉末涂装时长和喷枪的机器运行点迹也必要切确认清。每隔过远会造成上粉率低，每隔过近则才能调动回弹。粉末涂装时长和喷枪机器运行点迹则间接地引响耐磨铝层的人均性和板厚。

Spraying is the core part of the automatic spraying equipment assembly line, which requires precise control of multiple parameters. The first factor is the amount of powder sprayed, which is the key factor determining the thickness and uniformity of the coating. During thermal spraying, the amount of powder sprayed is usually large, usually between 200~300g/min. In addition, the distance between the spray gun and the workpiece, the number of spraying times, and the running trajectory of the spray gun must also be accurately controlled. Distance too far can lead to low powder loading rate, while distance too close may trigger rebound. The number of sprays and the trajectory of the spray gun directly affect the uniformity and thickness of the coating.

除于上规格，金属粉的收受交接也是静电粉末喷漆料料料进度中不易轻忽的一个环节。热静电粉末喷漆料料料时，上粉率如果是如果50%玩弄，残剩的金属粉会飘落于静电粉末喷漆料料料办公室或营造氛围中。要规范粉尘浓度废弃物，静电粉末喷漆料料料室的集尘吸风管应快速设置在静电粉末喷漆料料料室顶部，并根据被涂镗孔的广州特色和静电粉末喷漆料料料基础施工体例终止特别想法。

In addition to the above parameters, powder recovery is also an indispensable part of the spraying process. During thermal spraying, the powder loading rate is usually only about 50%, and the remaining powder will scatter inside the spraying room or in the air. In order to control dust pollution, the dust collection and suction port of the spraying room should be set at the upper part of the spraying room, and specially designed according to the characteristics of the coated workpiece and the spraying construction method.

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