As highlighted in the Special Springs article, “Elevating Precision and Safety: Nitrogen Gas Manifold Systems,” precision and safety are at the core of nitrogen gas manifold systems designed by Special Springs, LLC. By using advanced tooling and production capabilities, these systems provide durability and efficiency tailored to diverse industrial applications.
Special Springs offers three main types of nitrogen gas manifold systems—Conventional, Easy Manifold, and Linked (Hosed) systems—each designed to meet specific performance needs. The Conventional system, ranging from 2 to 10 inches in thickness, features threaded holes for gas spring attachment and strategically placed volume holes, keeping pressure increases to a manageable 20%. This design allows for reliable attachment of gas springs and includes pressure gauges to monitor force effectively.
For those seeking easier integration, the Easy Manifold system offers a simplified setup. Here, standard gas springs mount directly onto a steel plate, with gas feed holes connecting to drilled channels throughout the plate. This layout, suitable for plate sizes up to 10 feet, minimizes the complexity of traditional linked systems and reduces overall maintenance needs.
Alternatively, the Linked (Hosed) system uses high-pressure hoses and fittings, mounted on plates or within the die shoe. With several mounting options, including top and base flange mounts, this system offers flexibility with hose diameters ranging from 5 mm to 13 mm, catering to diverse installation requirements.
Each manifold system is interchangeable with other brands, ensuring flexibility and easy integration into existing setups. Special Springs’ products also come with a two-year warranty, offering added confidence for long-term use. Furthermore, nitrogen gas manifold systems bring several advantages, such as control over pressure, minimized force variations, and support for larger concentrated forces, making them a superior choice over traditional linked nitrogen systems.
When choosing a nitrogen gas manifold system, it’s essential to consider key factors such as pressure and temperature requirements. Selecting a manifold capable of handling the required pressure and withstanding temperature fluctuations safeguards the system’s durability and ensures safe operations. With evolving system demands, these considerations will ensure that components adapt to new pressure, volume, and temperature conditions, extending the system’s lifespan.
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Article and Photo with all rights reserved, courtesy of Special Springs.
