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可验证的准备就绪--未来的能源

2023 年 11 月 1 日

终极解决方案

高耐磨同步带涂层

我们创新的 APSOcork HWR 符合玻璃、陶瓷或金属加工行业自动化技术高要求操作的大部分要求。在磨削、切割、抛光、回火、边缘加工或锐利边缘产品的一般输送等应用中,同步带上的正确涂层材料肯定会带来与众不同的效果。

新型软木-橡胶混合涂层是一种聚氨酯结合涂层,既有橡胶的柔韧性、耐化学性和耐磨性,又有合成软木的阻尼、切割和自密封功能。此外,这种混合涂层不吸水,耐高温。

Green hydrogen production does not produce CO2. It can be generated from renewable sources. However, the costs are still relatively high. But in the next few years, the costs will be driven down by more investment in related technologies. Hydrogen has the potential for a very bright future; it could decarbonize heavy industry. It can be stored safely for a long time. It can be used in fuel-cell electric vehicles. In addition, hydrogen contributes to the security of the energy supply by diversifying fuels mix.

From grey to blue to green

Today, there are three main production methods for hydrogen.

  • Grey hydrogen is obtained through a thermochemical conversion process that "reforms" fossil fuels into hydrogen. CO2 is produced as a "waste product" and released into the atmosphere.
  • When coupling grey hydrogen production route with CCS technologies (Carbon Capture and Storage) we get the so called blue hydrogen route, that achieves a neutral CO2 balance.
  • The most interesting process for future energy production is the production of green hydrogen. Water is split into its components of oxygen and hydrogen by means of electrolysis powered by electricity gained from renewable sources and it is carbon neutral.

Green hydrogen is not yet in wide use. The production of grey hydrogen is by far the most common, as it is the cheapest. About 95 percent of hydrogen is currently produced by this method. A few technical problems still need to be solved for the broad-scale use of green hydrogen, and more research is required. Trends and investments are increasingly pointing towards CO2-neutral production processes.

Hydrogen is suited for many markets and applications. It shows promise as a heat source for homes and businesses as well as for heavy industry. Hydrogen can be used as a transport fuel or to produce electricity. In addition, it is an important raw material in many industries, such as refineries or the chemical industry.

Seals for hydrogen applications

Elastomer seals are needed wherever hydrogen is produced, transported, or stored. The requirements for these seals are very challenging. They have to function in a wide temperature range. They also have to be able to handle high pressure. Permeability is key, so the rubber compounds have to withstand hydrogen. The Angst+Pfister Group is currently running extensive suitability tests on all its existing products and new developments for use in hydrogen applications.

Whenever there are gases, the permeability of seals is always of particular concern. The structure of the elastomers functions as a barrier in the transportation of gases. Nonetheless, gases can still slowly diffuse through the polymer scaffold. Two thermodynamic properties come into play here:

  • Diffusion describes how quickly gas spreads in a material.
  • And the solubility quantifies the amount of gas that is absorbed by the material.

The product of these two factors is permeability. This, in turn, depends on a range of factors such as temperature and pressure, or the thickness and surface area of the material in contact with the gas. With gases, both the size of the molecules and their interaction with the seal material matter. Small molecules such as hydrogen diffuse more easily.

主要特点

无与伦比的耐用性: APSOcork HWR 专为满足自动化技术最苛刻的要求而设计,是研磨、切割、抛光、回火、边缘加工和锐边产品输送等应用的完美选择。

独特的软木-橡胶混合材料:这一创新涂层将橡胶的柔韧性、耐化学性和耐磨性与合成软木的阻尼、切割和自密封能力结合在一起。

极致性能: APSOcork HWR 不吸水并能耐高温,是挑战性环境中的可靠选择。

可用性: 棕黑色,标准厚度从 1 毫米到 6 毫米不等,硬度为 60° Shore A,可确保产品的一致性和性能。

主要特点

无与伦比的耐用性: APSOcork HWR 专为满足自动化技术最苛刻的要求而设计,是研磨、切割、抛光、回火、边缘加工和锐边产品输送等应用的完美选择。

独特的软木-橡胶混合材料:这一创新涂层将橡胶的柔韧性、耐化学性和耐磨性与合成软木的阻尼、切割和自密封能力结合在一起。

极致性能: APSOcork HWR 不吸水并能耐高温,是挑战性环境中的可靠选择。

可用性: 棕黑色,标准厚度从 1 毫米到 6 毫米不等,硬度为 60° Shore A,可确保产品的一致性和性能。

终极涂层选择

从玻璃和尖锐金属运输到地板和平面密封,APSOcork HWR 提供了广泛的加工选择。APSOcork HWR 重量轻、成本效益高,可大幅延长产品的使用寿命。

APSOcork HWR 在减震和抗切割方面优于纯聚氨酯或聚氯乙烯涂层。此外,它还比其他耐高温材料更具柔韧性,是理想的一体化解决方案。
 

根据您的需求量身定制

选择合适的涂层取决于各种因素,包括运输物品的特性和所需的抓握力。APSOcork HWR 为您提供优化动力传输应用所需的多功能性。

当您可以拥有非凡的产品时,请不要满足于平凡!加入我们,与 APSOcork HWR 一起迎接同步带涂层的未来。提升您的运营水平,增强耐用性,在各种应用中体验卓越性能。今天就来发现与众不同之处!

终极涂层选择

从玻璃和尖锐金属运输到地板和平面密封,APSOcork HWR 提供了广泛的加工选择。APSOcork HWR 重量轻、成本效益高,可大幅延长产品的使用寿命。

APSOcork HWR 在减震和抗切割方面优于纯聚氨酯或聚氯乙烯涂层。此外,它还比其他耐高温材料更具柔韧性,是理想的一体化解决方案。
 

根据您的需求量身定制

选择合适的涂层取决于各种因素,包括运输物品的特性和所需的抓握力。APSOcork HWR 为您提供优化动力传输应用所需的多功能性。

当您可以拥有非凡的产品时,请不要满足于平凡!加入我们,与 APSOcork HWR 一起迎接同步带涂层的未来。提升您的运营水平,增强耐用性,在各种应用中体验卓越性能。今天就来发现与众不同之处!

Conclusions and prospects

Permeation seems to be the main factor influencing the functioning of seals in hydrogen applications. Materials that have proven to be decompression resistant to other gases may not have problems with hydrogen, but this needs to be proven. Therefore Angst+Pfister is now planning further tests with pure hydrogen and pressures above 150 Bar. Likewise, Angst+Pfister compounds with a Shore hardness of 70 will be tested for permeation and leakage to be possibly used for moderate pressure applications. At the same time, Angst+Pfister is currently working on projects with customers to develop new sealing solutions for hydrogen applications.

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