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沥青拌合站设备效果图制作公司案例：

今天带大家来看看沥青搅拌站效果图，沥青搅拌站也可称为沥青混凝土拌货站，沥青混凝土搅拌站只用于批量生产沥青混凝土的成套设备，新型环保型混凝土搅拌站的标准和要求越来越高的情况下制作专业的效果图设计的理解能力很重要。

报审批时需要厂家有转运的封闭空间;搅拌站搅拌主楼外观整体包装,防尘降噪;对骨料自动上料系统表达到位，砂石料夜间上料时的装载机等搅拌站三维效果图制作设计出来表示清楚。

沥青搅拌站是具有发展潜力的新型机械设备，随着发展势头良好在不断完善设备性能，但你知道沥青搅拌站效果图是如何一步一步做出来的吗？那么我们今天就带您看看与从不同的制作过程说明本搅拌站效果图是如何制作出来的，沥青拌和站是具有独具特色的建筑基础设施，不仅能够为自身发展去打造优势条件，且也能够为其附属产品带来利润，在其带动下，所涉及到的材料、基础物料也都得到了进步，在相关的领域都可以找到我们的做过的相关设备效果图案例，以强有力的实力基础建设打下了良好的客户基础，为我们的客户创造了很大的效益。

在这种重工业强有力的发展趋势下，国内各地区也在不断扩大规模，效果图设计师为该行业的持续发展时刻准备做出更有说服力的作品来，但是现在好多厂家在环保设计方面不是很理想，能耗较大，特别是用电较为浪费。材料损耗严重，未来将会推出适应沥青生产环保节能的市场设备3D效果图，符合沥青生产企业在绿色、节能、环保等方面的需求，报备到相关部门才能得到批准后才可以投入生产，未来沥青搅拌站将朝着绿色环保方向发展，我们的设备效果图制作方案也是为了希望在未来沥青搅拌站将会进一步影响整个行业的发展，为环保行业的健康发展发挥着积极的带动作用。

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大家好，今天带大家看一下我们效果图制作公司的招投标设计项目，此设备的3D供应商案例，沥青搅拌站设备可用于批量生产沥青混凝土的成套设备，生产沥青混合料、改性沥青混合料、彩色沥青混合料，是市政道路用于修筑高速公路、机场、港口等重要基础设施的设备效果图制作。

沥青半合站在生产时总控室的操作人员使用电脑通过内网连接后面的控制系统和电机来控制下料量和加热温度效果。前面就是料仓，沥青混合料生产所需的原材料都被分档储存，在对应的料仓顶部配备水污喷头，用于消除生产时产生的扬尘。效果图中这里是上料区，生产时铲车从各个料仓运送原材料，由总控制控制称重放料的3D演示。

为了品牌影响力及满足客户再生料高添加比生产需求，三维效果图制作不但要满足客户的所有要求，还得展示出原再生一体机及原生与再生于一体，采用先进生产工艺生产效果，高效计量，精确操作，智能节能环保。冷料层采用内置振动器，防止补料结果键开始出量孔设计，有效避免堵掉，烘干系统采用超长滚筒设计效果图，可变角度料连叶片设计，料帘可控，加热更均匀，耐高温耐磨，铜铁多虫蝶状叶片布置，尿流冲击柔和，寿命延长15%，自主研发的烟气直燃燃烧器，风量、温度、负压自动控制，油耗降低10%，反电式提升机，输送稳定，维护方便。

搅拌站效果图的直线式震动筛，超强底层筛网，超大底层筛割面积，筛风效率提升20%，热骨料仓超大容量设计，满足25开子生产需求。配置双翼料管与大容量溢料仓，溢料和超规格料分开存储，彻底解决溢料污染问题，再生料仓配置网格振动器和松封比振动器。皮带采用电频技术控制上斗速度，反电式提升机输送稳定，防粘料再生滚筒顺流式加热技术，免炉膛设计，热利用率更高，超长滚筒设计，阀齿营养结构，热交换时间长，烘干能力提升10%，滚筒尾部余温加热，有效避免滚筒尾部粘料,大容量再生料储料仓内置耐磨的设备效果。

追捕整体加热配置柴油喷洒技术专利效果图，可防止舱内干料矿粉气力输送，存储方便，粗粉和细粉通过螺旋提升机输送到主楼料仓，生产便捷。沥青罐采用分层式导热油盘管，特殊3D效果图制作，前端快速加热，缩短沥青站开机时间，沥青泵变频控制，输送顺畅，速度快，计量系统运行稳定，计量精准，辅料采用脉冲抖动和大小门计量。

通过三挡三速与落差自动补偿技术设计可以让计量精度更高。粉料沥青采用变频控制与二次计量油池比误差小于等于0.1%，配置大容量再生料计量等，满足再生料高掺合比计量需求的设备效果图设计。搅拌主机采用高速端同步存动系统，叶片连续螺旋式计大进程比单体大，弧形限量门结构设计，转化能力提升20%。大容量成品仓整体保温，有效储存成品料超六小时，采用双关板门双料仓密闭结构设计，杜绝烟气污染，接料灵活设计方案。

成品仓细料口配置强力负压吸尘管道与密闭通道，沥青烟气与灰尘直接吸入，烟气直燃燃烧器直接燃烧，杜绝二次污染。采用一级惯性沉降式加二级布带除尘器设备3D设计方案，粉尘排放浓度可达每立方米20毫克。

沥青站三维效果图中的乳楼全密壁生产振动筛热骨料仓、计量秤、搅拌主机、成品仓同步密封四重固压吸尘三维立体技术，彻底解决主楼烟气污染问题。分布式控制系统方案，总线通讯数字化传输稳定可靠，扩展信号调试方便，维护简单。我们的沥青搅拌站以生产高效、计量精准、绿色环保、操作智能、高可靠性、寿命长等特点广受市场好评。一切为了客户，创造客户价值，选择高维设计。

Hello everyone, today we will take a look at the bidding design project of our rendering company. This equipment is a 3D supplier case. The asphalt mixing plant equipment can be used as a complete set of equipment for mass production of asphalt concrete, producing asphalt mixtures, modified asphalt mixtures, colored asphalt mixtures, and is used for the production of equipment renderings for important infrastructure such as highways, airports, and ports in municipal roads.

The operator in the main control room of the asphalt blending station uses a computer to connect to the control system and motor through the internal network during production to control the feeding amount and heating temperature effect. The front is the silo, where the raw materials required for asphalt mixture production are stored in different grades. Water pollution nozzles are installed at the top of the corresponding silos to eliminate dust generated during production. In the rendering, this is the loading area. During production, forklifts transport raw materials from various silos, and the 3D demonstration of weighing and discharging is controlled by the overall control.

In order to enhance brand influence and meet the high addition ratio production needs of customers for recycled materials, the production of 3D renderings not only needs to meet all customer requirements, but also needs to showcase the original recycling machine and the integration of original and recycled materials, using advanced production processes for efficient measurement, precise operation, intelligent energy conservation and environmental protection. The cold material layer adopts a built-in vibrator to prevent the feeding result key from starting to discharge the hole design, effectively avoiding blockage. The drying system adopts an ultra long drum design effect diagram, a variable angle material connecting blade design, controllable material curtain, more uniform heating, high temperature and wear resistance, copper iron multi insect butterfly shaped blade arrangement, soft urine flow impact, and 15% extended service life. The independently developed flue gas direct combustion burner has automatic control of air volume, temperature, and negative pressure, reducing fuel consumption by 10%. The reverse electric hoist has stable conveying and easy maintenance.

The linear vibrating screen, super strong bottom screen, and super large bottom screen cutting area in the rendering of the mixing plant have increased the screening air efficiency by 20%. The hot aggregate bin is designed with a super large capacity to meet the production needs of 25 pieces. Configure double wing material pipes and large capacity overflow silos, separate the storage of overflow and oversized materials, and completely solve the problem of overflow pollution. The regeneration silo is equipped with grid vibrators and loose seal ratio vibrators. The belt adopts electric frequency technology to control the speed of the upper bucket, the reverse electric hoist ensures stable conveying, the anti sticking material regeneration drum adopts downstream heating technology, the furnace free design, higher heat utilization rate, the ultra long drum design, the valve tooth nutrition structure, long heat exchange time, and a 10% increase in drying capacity. The residual temperature at the tail of the drum is heated, effectively avoiding material sticking at the tail of the drum. The large capacity regeneration material storage bin is equipped with wear-resistant equipment.

The patented effect diagram of the diesel spray technology for tracking the overall heating configuration can prevent the pneumatic conveying of dry mineral powder in the cabin, making storage convenient. Coarse and fine powders are transported to the main building material bin through a screw elevator, making production convenient. The asphalt tank adopts a layered heat-conducting oil pan tube, with special 3D rendering production. The front end is quickly heated to shorten the start-up time of the asphalt station. The asphalt pump is controlled by frequency conversion, ensuring smooth and fast transportation. The measuring system runs stably and accurately, and the auxiliary materials are measured by pulse shaking and large and small doors.

The design of three gears, three speeds, and automatic drop compensation technology can improve measurement accuracy. The powder asphalt adopts frequency conversion control and secondary metering oil pool ratio with an error of less than or equal to 0.1%, and is equipped with large capacity recycled material metering to meet the equipment effect design requirements for high blending ratio metering of recycled materials. The mixing host adopts a high-speed end synchronous storage system, with continuous spiral blades and a large process that is larger than a single unit. The arc-shaped limited door structure design increases the conversion capacity by 20%. The overall insulation of the large capacity finished product warehouse effectively stores finished materials for more than six hours. It adopts a double panel door and double material warehouse closed structure design to prevent smoke pollution and flexible material receiving design scheme.

The fine material inlet of the finished product warehouse is equipped with a strong negative pressure suction pipe and a closed channel. Asphalt smoke and dust are directly sucked in, and the smoke is directly burned by a direct combustion burner to prevent secondary pollution. The 3D design scheme of the first stage inertial settling and second stage cloth belt dust collector equipment is adopted, and the dust emission concentration can reach 20 milligrams per cubic meter.

The three-dimensional rendering of the asphalt station shows the synchronized sealing of the vibrating screen hot aggregate bin, measuring scale, mixing host, and finished product bin in the fully dense wall production of the milk building. The triple solid pressure vacuum technology thoroughly solves the problem of smoke pollution in the main building. Distributed control system solution, stable and reliable digital transmission of bus communication, convenient debugging of extended signals, and simple maintenance. Our asphalt mixing plant is widely praised by the market for its high production efficiency, precise measurement, green environmental protection, intelligent operation, high reliability, and long service life. Everything for the customer, creating customer value, choosing high-dimensional design.