铝熔炼炉是根据铝熔炼工艺而开发的一种新型高效节能熔铝炉,它能很好地满足铝熔炼工艺中,合金成份要求严,达到了降低消耗,减小烧损,低碳环保、提高产品质量,降低劳动强度,改善劳动条件和提高生产效率之功效,适用于间歇作业,配合金及回炉料多的熔炼。采用高效节能燃烧器为热源,具有点火易,升温快,喷速高,燃烧安全,空气过剩系数小等特点。

熔铸车间-前面

熔铸车间-后面
新粤亚铝业具备多种不同吨位的挤压机台, 由600T- 2500T不等。全部采用伺服型材挤压机控制系统通过伺服驱动器控制伺服电机工作,再由伺服电机控制油泵工作,进而控制挤压机主机工作,整个控制过程采用伺服控制,可有效地降低型材挤压机的能耗20%~30%,提高挤压速度精度从而提高了生产效率。

挤压车间全景

挤压车间
热流在炉内往复循环,炉温均匀性好,无噪声,无环境污染,蓄热性小,热量流失少,控温精度高,炉温均匀性强,密封性好,安全可靠。
我司拥有一条大型全自动卧式氧化电泳线, 年生产量高达24000吨。 对比传统的氧化线,全自动铝型材表面处理设备的优点:
1. 产品质量稳定:定时间进行控制整理型材,颜色、膜厚等质量可以得到保证;
2. 节能减排:减少废水产生和用水量,减轻废水处理负担;缩减槽液消耗;
3. 生产操作人员少:通过自动模式进行自动处理,生产过程中不需要操作其它设备;
4. 设备运行模式:全自动、半自动、手动、自动+半自动、自动+手动;
5. 生产量大:针对大批量生产的需要;
6. 操作简单:只需要上料时输入相关数据,之后的运行则不需要人进行干预。

氧化、电泳车间

氧化、电泳车间

氧化、电泳车间
我司拥有一条全自动立式喷粉线,年产量达24000吨,前处理采用德国进口无络处理,同时可满足国家环保标准和保证产品质量。 设备优势:
1. 全自动化控制:工件从坯料至喷涂成品下料为全自动化控制
2. 能耗低:固化炉采用方炉设计,热源使用率达到最高,节能达15%以上。
3. 节约人工:采用自动化控制,减少工人劳动强度,减少人为失误问题。
4. 粉末消耗低:一次上粉率高,工件表面膜厚均匀,表面光滑平整。

喷涂车间

木纹车间

木纹车间
产品进行隔热处理
我公司所有产品均经过严格的检测,每个部门均拥有独立的自我检测系统、先进的实验室及测试仪器,能对每件原材料及产品进行全方位的物理及化学分析测试,精确可靠。 检测中心配备了检验合金成分含量的光谱仪、检验力学性能的万能试验机、检验膜层耐腐蚀性的Q-FOG盐雾试验机、检验膜层耐候性的Q-sun氙灯试验机等先进检测设备,为产品的质量提供了有力的保证,确保所有产品为合格使用。

实验室

金属分析光谱仪

可程式恒温恒试试验机

成品仓

成品仓
In the construction industry, aluminum die drawing is a widely used construction tool. Its use can improve the quality of the building and make the construction project more efficient. This article will show you how to correctly use the broached aluminum die to ensure the improvement of construction quality.
First of all, it is very important to understand the advantages of drawing aluminum dies. The aluminum die is light, durable, easy to handle and install. It can be assembled and disassembled quickly, saving time and labor costs. In addition, the surface of the drawing aluminum die is smooth and flat, which can ensure the appearance quality of the building. Therefore, the correct use of aluminum die will effectively improve the overall quality of the building.
Secondly, the use of aluminum die need to pay attention to some key points. First of all, ensure that the drawing aluminum die size is accurate. Before installation, accurate measurements and adjustments must be made to ensure that the size of the formwork matches the design requirements. Secondly, the support and fixing of the drawing aluminum die are correctly set to ensure the stability and firmness of the template. This is very important to ensure the stability of the building structure. Finally, pay attention to the maintenance and maintenance of the aluminum die. Inspect and clean the template regularly and repair any damaged or worn parts to ensure its long-term effectiveness and quality.
With the continuous development of construction technology, aluminum die drawing is more and more widely used in the construction industry. Its use can improve the quality of construction and reduce waste and errors. Compared with the traditional building template, the drawing aluminum mold has better adaptability and plasticity. It can be used for a variety of building structures and shapes, including floors, walls, beams and columns. Therefore, the correct use of aluminum die is very important to improve the quality of construction.
In the actual application process, we can see the great potential of the drawing aluminum die. By using drawn aluminum molds, construction works can be carried out more efficiently, reducing waste and errors. At the same time, the use of aluminum die can also improve the overall quality of the building, making the building more beautiful and strong. Therefore, the construction industry should give full play to the advantages of aluminum die drawing, use it correctly, and continue to explore its wider application areas.
Through the introduction of this article, we have learned how to use the drawing aluminum die correctly to improve the quality of construction. The advantages, use points and practical application cases of broached aluminum die have proved its importance in the construction industry. We should fully recognize the value of aluminum die drawing, and continue to explore and innovate in practice to further improve the quality and efficiency of construction.