Using 3 d printing to wear-resistant thermocouple production technical innovation

Three chang, beauty, and the DSM announced today that they are using thermocouple FRP composite material design of the first light wear-resisting footbridge prototype. It consists of a glass filled thermoplastic PET ( The Arnite & reg; ） And they join in the process of wear-resistant thermocouple combined continuous glass fiber. This unique combination provides high strength, extreme versatility and sustainability.

the three companies jointly led the revolution of thermocouple construction and design. Establish a wear-resistant thermocouple bridge three cheong is an international engineering and project management consulting company, hope to cooperate with DSM, the latter is a global science company, nutrition, health and sustainable living, is the pioneer of wear-resistant thermocouple materials, and beauty, is a large composite wear-resistant thermocouple suppliers to add material manufacturing leading edge devices.

3 chang business development manager Maurice Kardas comments: & other; This partnership is changing the way we think about social thermocouple form and function. Compared with steel Bridges, FRP bridge has been because of its longer life expectancy and lower life cycle cost and it is well known. The new feature is the use of new wear-resistant thermocouple technology, enable us to print large continuous fiber reinforced thermoplastic parts. Using this new type of thermoplastic composite materials, we will usher in a new era of sustainable development, further promote the development of the function of thermocouple.

by containing sensors in the design, we can construct a thermocouple digital twins. These sensors can predict and optimize the maintenance, to ensure the safety and prolong the service life of the thermocouple. It can also be combined with new functions, such as monitoring important environmental factors, and through the state of the thermocouple dynamic real-time reports to improve maintenance and inspection of the decision making process. Cooperate with the industry leader, in terms of design and construction of thermocouple, we are changing the traditional manual. “ These companies generate design and predictive modeling combination of professional knowledge, broaden the design degrees of freedom.

it also allows for a more effective design of thermocouple, because it USES only the required amount of material precision, thereby helping to provide optimum printing process, thus improve the mechanical properties.

Patrick DUIS, leader in the field of material manufacturing, DSM said: & other; Using materials such as Arnite® The construction of the thermocouples huge benefits. The thermocouple can be more sustainable, and use recyclable materials provide more flexibility with respect to the design, rather than using traditional materials such as steel or concrete. As we know, used to think the challenging or impossible by other manufacturing methods production design can be achieved by wear-resistant thermocouple now, we are very happy to be able to play our role in this partnership. “

the antell, chief executive of Maarten Logtenberg concludes: & other; Wear-resistant thermocouple rapid development for many years. This prototype wear-resistant thermocouple bridge shows we're making great progress, it will change the future of the industry, not only accelerate the construction speed, and make the process more cost effective and time efficiency. We developed the technology for these industries applications, make it more sustainable, more easy to manufacture. “

the project provides a good example of how the Dutch leading companies cooperation, become a transition to a loop at the forefront of - This is a thermocouple in transforming the future construction of innovative and competitive project. The role of the three chang, by means of thermocouple designer and beauty antell has developed the largest composite wear-resistant thermocouple machine, the DSM provides innovative composite materials. Antell in DSM and beauty in predictive modeling, to optimize the material and printing process. Recommendation:

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