Our pressure stainless steel and brass pneumatic hydraulic quick couplings are engineered for superior performance in automotive pneumatic systems. These couplings combine composite materials with brass components to ensure structural integrity in high-stress applications.
The system includes various components such as push-in couplings, swivels, bulkhead couplings, building blocks, Rotolock connectors, test points, hose nipples and accessories. This new generation of couplings offers significant advantages including design flexibility, full releasability, integrated safety features, system cost reduction and up to 83% weight reduction compared to traditional solutions.
These pneumatic system couplings are specifically designed for use with Polyamide and Hytrel tubing in compressed air circuits on commercial vehicles. They meet all global requirements and can be adapted to different engineering philosophies within truck, bus, trailer and off-road applications.
Our manufacturing process strictly follows ISO-9001 quality control procedures to ensure consistent product quality and performance. We offer customization options including material selection, color choices, and specific dimensional requirements to meet your unique application needs.
The couplings are available in multiple colors including green, yellow, white and others, with a working temperature range of -40 to 115 degrees centigrade, making them suitable for various environmental conditions.
Outstanding experience with this purchase! The shipping was incredibly fast and efficient, arriving well ahead of the estimated delivery date, which was a pleasant surprise. The packaging was secure and ensured the item was in perfect condition upon arrival. In terms of quality, the product feels robust and well-made, showing no signs of defects or compromises. The customer service team was highly responsive and helpful, promptly addressing my inquiries with clear and friendly communication. Overall, I'm thoroughly impressed and would confidently recommend this to others based on these aspects alone.