What do we need first ?
To progress the conversation we would need a background profile of interested parties giving a brief history of the company and the main people behind it. On review we would look to progress to a teams call to assess mutual compatibility. Based on a positive outcome we would look for interested parties to sign a mutual Non Disclosure Agreement. From here we would follow with a more detailed discussion and ideally establish a face to face meeting to establish compatibility.
What we’re looking to achieve ?
We’re looking to develop these opportunities by way of business collaboration. Our strengths lie in technology, marketing and design so we see the ideal collaborative business relationship as one with us concentrating on our strengths with our partners opportunity based on manufacturing, sales and distribution.
Who are we ?
John Quinn
John’s experience stems from the print / design sector. A passionate problem solver with a focus on detail, he brings the innovation side to the team. Having owned and operated businesses over his career. His balance of practical experience, focus and determination make for strong combination.
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John McCarthy
John is an experienced IT Professional. He has gained wide knowledge in the areas of Computer Operations, Customer Support, Project Management, Marketing, Business Analysis, Software Development and IT Management. His particular interest is problem solving and customer satisfaction.
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Tom Hurley
Tom, located in Ontario, Canada and an experienced veteran of the injection moulding industry in North America. He contributes extensive knowledge in plastics manufacturing, marketing, and management. His deep technical expertise in plastics plays a crucial role in technical and product development.
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Let's have the conversation.
A taste of our technology.
GoPour is a series of patent pending solutions for fluid handling typically from containers referred as having tight head openings similar to the designs below but not limited too.
Our patent pending integrated technology is lightweight and manufactured from HDPE. It uses physics to solve the recognised problems of glugging, dripping, surging, static, foaming and waste to create a new standard in occupational and environmental safety.
Our controlled dispensing tap technology transforms traditional solutions once again using physics. Manufactured from HDPE and adaptable to practically and size container tap with market disrupting performance. Improvements of over 325% on a typical 20 litre sized container are achieved with water. Change the contents to more viscous fluid like lubricants and the perfromance increases to 400%
In all cases our patent pending physics based technologies are scalable both up and down to suit any tight head container type and size.
Our patent pending integrated technology is lightweight and manufactured from HDPE. It uses physics to solve the recognised problems of glugging, dripping, surging, static, foaming and waste to create a new standard in occupational and environmental safety.
Our controlled dispensing tap technology transforms traditional solutions once again using physics. Manufactured from HDPE and adaptable to practically and size container tap with market disrupting performance. Improvements of over 325% on a typical 20 litre sized container are achieved with water. Change the contents to more viscous fluid like lubricants and the perfromance increases to 400%
In all cases our patent pending physics based technologies are scalable both up and down to suit any tight head container type and size.
Container Tap Technology |
5 Litre Integrated |
20 Litre Integrated |
