Our strength

Machining Expertise

At AQF India, we specialize in manufacturing precision-machined components for industrial and automotive applications. We focus on accuracy, consistency and workflow control to assure every component meets strict quality and performance standards.

Turbo Housing for Automobiles

We produce precision turbo housing, ensuring exceptional durability, optimal performance, increased fuel efficiency and ultimately lower emissions in automotive applications.

Turbo Charger Housing for Automobiles | Aquaflow

Exhaust Manifolds (High Silicon Moly)

We craft high-silicon molybdenum (SiMo) exhaust manifolds up to 900°C for superior heat resistance, thermal fatigue protection and optimized engine efficiency in demanding automotive applications.

Exhaust Manifolds | Aquaflow

Hydraulic Manifolds

Our precise hydraulic manifolds are designed to endure high pressures and offer outstanding dependability, flow efficiency and adjustability for tough workplaces.

Hydraulic Manifolds Manufacturer | Aquaflow
Our strength

Advanced Machine Shop

Our advanced machine shop delivers precision component manufacturing by combining automated procedures, strong quality controls and contemporary CNC technology. We effectively create precision-machined components that meet the high industry standards for efficiency, reliability and dimensional integrity.

Bar Stock Machining (0.1 to 1.2 Meters)

Precision bar stock machining services for components of varying sizes.

Pressure Testing (Air, Water & Oil Testing)

Extensive pressure testing to ensure the reliability and safety of components.

Probes for Quality Consistency

Installation of advanced probes in our machines to maintain precision and consistency across all operations.

Resourceful Supply Chain Support

Our supply chain efficiently procures any grade of raw materials and ensures the timely delivery of finished parts.

Digital Transformation of Machining

Leveraging digital technologies to enhance the accuracy, efficiency and traceability of our machining processes.