Our innovative stabilizer, as displayed on the left, revolutionizes the conventional aerosol valve system by eliminating the need for a mounting or valve cup. Acting as the upper-valve housing, the stabilizer seamlessly integrates with the rest of the valve components, including the stem, gasket, spring, and under valve housing. With a force of 900 newtons and 12.5 mm, the stabilizer is securely and tightly inserted into the can, ensuring a leak-free seal. Additionally, our O-ring seal variant is capable of withstanding higher pressures.
Our stabilizer design not only facilitates open can filling but also simplifies the can filling process by eliminating the need for a complex crimping station. This results in an overall reduction of production costs and enhanced efficiency. With our stabilizer, we offer a superior solution that streamlines the aerosol manufacturing process and improves product performance.
Our stabilizer is a game-changer in the industry. Unlike the expensive aluminium or tinplate disc, it is made of high-quality PA 6.6. This material is lightweight, durable, and cost-effective, making it the perfect solution for our innovative design. The stem, steam seal, and spring are constructed in the same way as standard valves, ensuring optimal performance and reliability. With our stabilizer, you get the best of both worlds: a top-performing valve with a cost-effective and eco-friendly design.
Aluminium & PET Aerosol Cans
Our innovative approach to aerosol can design utilizes specially-designed aluminum cans and PET aerosol cans. These cans are tailored to meet the specific needs of our clients and are produced using the same machinery as traditional aerosol cans, with the only difference being the necking process. This means that any can manufacturer can produce these cans, making them a cost-effective and practical solution for a variety of applications. With our unique approach to aerosol can design, we're able to provide our clients with high-quality, customized cans that are both functional and visually appealing.