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漂浮式铝制浮动码头(海港用系泊浮桥)
产品图片
重要参数
    类型 漂浮式
    用途 系泊
    应用 用于海港
    材料 铝, 钢

产品简介

浮动码头是由6005A T6系列海洋级铝合金建造的。它们由聚乙烯滚塑浮筒支撑,里面填充高密度聚苯乙烯泡沫。滚塑和膨胀聚苯乙烯泡沫保证了浮子的完美浮力和不沉性。

我们的码头系统选择使用航海级铝制框架和夹板,证明了我们对质量和环保的承诺。铝具有相当大的好处。

重量轻。铝具有非常高的强度/重量比。在同等强度下,铝结构的重量是钢结构重量的50%。在处理浮动或固定码头以及运输成本方面,这是一个相当大的优势。

抵抗力和刚度。铝被用于建造持久的结构。台北101大楼是位于台北的世界最高的摩天大楼之一。它的铝制外墙可以承受每小时200多公里的风速和里氏5.0级的地震。

可持续性。铝会自然产生氧化层,保护其免受腐蚀。寿命超过50年,设施保持完美状态,不需要维护。

设计和制造的可靠性。铝符合一套国际设计和执行标准。

可回收性。铝是一种始终可以100%回收的材料。


购买价格
运输和安装的费用(由于铝的重量轻和码头的模块化,所以费用较低)
安装成本(由于铝的重量轻,安装过程更快,所以成本更低)。

英文介绍

Floating docks are constructed with series 6005A T6 marine-grade aluminium alloy. They are supported by polyethylene rotomoulded floats, filled with high-density polystyrene foam. Rotational moulding and expanded polystyrene foam guarantee the perfect flotation and unsinkability of the floats.

The choice to use marine-grade aluminium frame and cleats for our dock systems is a testament to our commitment to quality and to environmental protection. Aluminium offers considerable benefits.

Lightness: Aluminium has a very high strength/weight ratio. At equal strength, an aluminium structure weighs 50% of the weight of a steel structure. This is a considerable advantage when handling the floating or fixed docks, as well as for transport costs.

Resistance and rigidity: Aluminium is used in structures built to last. Taipei 101 is one of the world’s tallest skyscrapers located in Taipei. With its aluminium façade, it was built to withstand winds of more than 200 km/h and a 5.0 earthquake measured by the Richter scale.

Sustainability: Aluminium naturally generates an oxide layer that protects it from corrosion. With a lifespan of more than fifty years, the facilities remain in perfect condition and do not require maintenance.

Design and manufacturing reliability: Aluminium meets a set of international design and implementation standards.

Recyclability: Aluminium is a material that is always 100% recyclable.


The purchase price
The cost of transportation and installation (lower due to the lightweight of aluminium and modularity of the docks)
The cost of installation (lower due to the lightweight of aluminium and faster installation process)