Queen’s Award
Parker domnick hunter, a division of Parker Hannifin, has won the Queen’s Award for Enterprise 2010 in the International Trade category.
Parker domnick hunter, a division of Parker Hannifin, has won the Queen’s Award for Enterprise 2010 in the International Trade category.
The PNEUDRI MiDAS compressed air dryer range from Parker domnick hunter provides many benefits for users with terminal applications and requiring flow rates up to 54m3/hr.
Parker domnick hunter, a division of Parker Hannifin, the global leader in motion and control technologies, has published a series of eight brochures about compressed air treatment solutions for rail operators, rolling stock manufacturers and re-furbishers
Parker Hannifin gas generators allow users to produce their own nitrogen gas on-site, at a fraction of the cost of having nitrogen delivered by an external supplier, says the company.
Powerful, compact and easy-to-use Brady BBP31 Sign and Label Printer provides a highly competitive and cost-effective solution for all the labelling needs of any organisation.
Compressed air is widely used throughout industry, so much so that it is often regarded as the fourth utility. However, unlike electricity, gas and water, it is unique in that it is generated on-site rather than delivery by an external service provider.
The revolutionary OIL- X EVOLUTION compressed air filters, the most energy efficient in the world, use a combination of aerospace technology and unique element design to optimise air flow paths, increase air quality and provide a greater dirt holding capacity, all of which reduce system operating costs
Compressed air filters need to be regularly maintained to ensure continued delivery of premier quality air at minimum operational costs.
For maximum manufacturing uptime, high-efficiency PNEUDRI adsorption dryers need to be installed to not only provide the best quality air, but also prevent corrosion and inhibit microbiological growth.
To understand the scale of the problem, a typical 170m3/hr (100 cfm) screw compressor operating for 4,000 hours at normal European ambient temperatures will produce and pour around 10,000 litres (2,200 gallons) of damaging oily, acidic compressor condensate into the system.
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