The Durable KQT-C Dry-Process Jig emerges as a transformative solution in industrial mineral processing, addressing critical gaps in continuous operation efficiency and sustainable resource use. Tailored for 24/7 industrial deployment, it redefines gravity separation by replacing water-dependent wet processes with an air-and-vibration-based dry jigging system—ideal for regions facing water scarcity or strict wastewater regulations. At its core, the KQT-C leverages density stratification to separate minerals: controlled vibration and pulsating air flow fluidize the feed material, causing denser target minerals to sink to the jigging chamber’s bottom while lighter gangue rises. This dry medium eliminates slurry handling, sludge treatment costs, and water waste—key advantages over traditional wet jigs. Durability is engineered into every component to withstand harsh industrial conditions. The main frame uses high-tensile steel reinforced at stress points, while wear-resistant composite liners line the jigging chamber to minimize abrasion from abrasive ores. Sealed moving parts prevent dust ingress, and modular design reduces wear-part replacement frequency—critical for uninterrupted operation. These features enable the equipment to run continuously for weeks with minimal maintenance. For nonstop productivity, the KQT-C integrates real-time automated controls: feed rate regulators, air pressure sensors, and vibration frequency adjusters adapt to fluctuating feed composition, ensuring consistent separation accuracy. Quick-access panels and tool-less wear-part changes cut downtime to hours, far less than wet alternatives. Performance-wise, the KQT-C delivers exceptional results: it recovers up to 95% of target minerals (depending on ore type) and improves product grade by 10–20% on average. Its handling capacity ranges from 50 to 500 tons per hour, accommodating medium to large-scale operations, and it processes particle sizes from 0.5 mm to 50 mm without extensive pre-processing. Environmental benefits are standout: zero water usage reduces operational costs and ecological impact, while enclosed chambers and high-efficiency filters capture over 99% of airborne dust, complying with global emission standards. Low energy consumption (vs. wet processes requiring pumps and dewatering) further enhances sustainability. Versatile across applications, the KQT-C processes bituminous coal, lignite, iron ore fines, non-ferrous ores (copper, lead-zinc), construction aggregates, and industrial minerals like barite and fluorite. It excels in surface mines, processing plants, and recycling facilities (separating metals from waste). In conclusion, the KQT-C Dry-Process Jig balances productivity and sustainability. Its durability, continuous operation capability, and eco-friendly design make it a cornerstone for modern industrial mineral processing—empowering operators to boost output while reducing their environmental footprint. It aligns with global trends toward resource efficiency and circular economy practices, making it an investment in long-term operational success. (Word count: ~500)