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Several patents has been assigned to Teesing for an unique efficient filling technique which can be used to fill up with 700 bar hydrogen.
No expansion, no heating, less energy loss and still possible to fill up FCVs quickly up to 700 bar. This method has the additional advantage that no extra action is required to moisten the hydrogen: fuel cells function more efficiently if the hydrogen has been moistened.
The food and beverage industry maintains the characteristics of a stable, non-cyclical and robust sector against the backdrop of the present economic downturn.
The exponential increase in the complexity of the electronics systems (smaller volume, but more output) results in a significant growth in the demand for efficient cooling technology.
By combining two existing products into one, a completely new product was created. How did our engineering department come up with this innovation? It all evolved by a question of one of our customers in the Semiconductor industry already using our fittings.
For an optimal Chemical process flow, reliable high quality connection solutions are essential.We understand that traceable products with the required material certificates and on site services are essential to our customers.
KMWE has built a new modular cleanroom ( ISO 6 and 5) and Teesing been asked to offer an solution for the flexible use of the gases N2, XCDA, He and R14 in this clean environment . In addition, a suitable solution has been found to facilitate transport of ionized water.
The Engineering department led by Mark van Bronswijk sees a significant increase in the issues from the market. A good example is the company Thales Netherlands which originated from the former Hollandse Signaalapparaten located in Hengelo (The Netherlands).
The quality of compressed air is essential for the operation of pneumatic systems. When compressing the air to, for instance 7 bar, the volume of air is compressed 8 times.
Control of ozone addition is by means of appropriate analytical instrumentation that measures ozone levels either in the liquid or gas phases – sometimes in both phases.