Our Air Line Pipes deliver clean, dry compressed air efficiently across industrial setups. Made from high-quality aluminum or thermoplastic composite, they ensure corrosion resistance, leak-free performance, and high durability with easy installation
The Air Line (Compressed Air Piping System) is a high-performance solution designed for efficient and reliable distribution of compressed air across industrial and commercial setups. Manufactured from premium-grade aluminum or composite polymer, these pipelines are lightweight, corrosion-resistant, and engineered to deliver optimal airflow with minimal pressure drop. Their smooth inner surface ensures reduced friction and energy loss, while the leak-proof push-fit connections allow for quick and easy installation without the need for welding or threading. Suitable for use in automotive workshops, manufacturing plants, food processing units, and pneumatic tool operations, these air lines maintain consistent air quality and system efficiency. With excellent temperature and pressure resistance, long service life, and low maintenance requirements, the Air Line system offers a durable, eco-friendly, and cost-effective solution for all compressed air distribution needs.
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Key Attributes
- Color Blue / Green
- Shape Round
- Diameter Range 20 mm – 160 mm
- Temperature Range -20°C to +80°C
- Corrosion Resistance Yes (100% Rust-Free)
- Durability Long Life (20+ Years)
- Weight Lightweight Design
- Flow Rate Efficiency High (Low Pressure Drop)
An Air Receiver is a pressure vessel that stores compressed air from the compressor. It acts as a buffer between the compressor and the air system, balancing air supply, reducing pressure fluctuations, and ensuring efficient, stable operation.
Air receivers are typically made of high-quality steel and are either vertical or horizontal in design. They may include fittings such as pressure gauges, safety valves, drain valves, and inspection openings.
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Key Attributes
- Type Horizontal / Vertical
- Category Compressed Air Equipment / Pressure Vessel / Air Storage Tank
- Model / Series AR-100 / AR-500 / AR-1000 (example)
- Capacity 100 L, 250 L, 500 L, 1000 L, 5000 L, up to 10,000 L
- Design Pressure 1.5 × Working Pressure
- Shell Thickness 4 mm to 12 mm (depending on capacity and pressure)
- Operating Temperature -10°C to +200°C
- Safety Factor 1.5 to 2.0 times working pressure
Compressor Spares refer to the replacement parts and consumables used in air compressors to maintain, repair, and optimize their performance. These parts ensure continuous operation, reduce downtime, and extend the compressor’s service life.
Compressor spares can include both mechanical components (like valves, seals, gaskets, and bearings) and consumable parts (like air filters, oil filters, separator elements, and gaskets). They are essential for reciprocating, screw, and centrifugal air compressors.
High-quality spares are manufactured using precision engineering and durable materials to withstand high pressure, temperature, and continuous load conditions.
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Key Attributes
- Type Screw Compressor Spares / Reciprocating Compressor Spares / Centrifugal Compressor Spares
- Model Compatibility Model-specific (e.g., GA15, LG37, CPX20, etc.)
- Part Type Filter / Separator / Valve / Gasket / Bearing / Belt / Sensor / Seal / Kit
- Filtration Rating (for filters) 5 µm, 10 µm, 25 µm
- Temperature Range -10°C to +120°C
- Service Interval 2000 hrs / 4000 hrs / 8000 hrs (based on compressor maintenance schedule)
- Type Ball / Roller / Thrust
A Flexible Jaw Coupling (or Spider Coupling) connects two shafts to transmit torque while compensating for slight misalignments. It ensures smooth power transmission, reduces vibration, and protects connected equipment from mechanical stress.
It consists of three main components:
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Two metal hubs with interlocking jaws (usually made of aluminum, cast iron, or steel)
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One elastomeric element (spider) positioned between the hubs to absorb vibration and shock loads
The elastomer (spider) acts as a cushion that provides flexibility and dampens torsional vibration, resulting in smoother power transmission and longer equipment life.
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Key Attributes
- Category Power Transmission / Mechanical Components / Shaft Connection
- Construction Two Hubs + Elastomer Spider Element
- Coupling Type Flexible / Torsionally Elastic
- Temperature Range -40°C to +100°C (NBR) / Up to +120°C (PU)
- Alignment Compensation Angular: up to 1° / Parallel: 0.25 mm / Axial: ±1 mm
- Bore Diameter Range 6 mm – 65 mm (standard sizes)
- Torsional Stiffness Medium (Shock Absorbing)
The Compressed Air Line Filter removes dust, oil, and moisture from compressed air, ensuring clean air for pneumatic tools and systems. It enhances performance, extends equipment life, and supports efficient, contamination-free operation.
A Compressed Air Filter is a critical component in air compressor systems designed to remove impurities such as dust, oil mist, moisture, and other contaminants from the compressed air before it reaches end-use equipment.
These filters ensure clean, dry, and oil-free air, which is essential for protecting downstream equipment such as pneumatic tools, actuators, air dryers, valves, and process machinery.
Filters typically consist of an aluminum or steel housing with a replaceable filter element made of fine fibers (e.g., glass fiber, activated carbon, or sintered material). Different filter grades are used to achieve varying levels of air purity.
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Key Attributes
- Product Name Filter / Air Filter / Compressed Air Filter / Line Filter
- Type Coalescing Filter / Pre-Filter / Micro Filter / Carbon Filter
- Filtration Rating 0.01 µm to 25 µm
- Filtration Efficiency 99% to 99.999% (based on grade)
- Operating Temperature -20°C to +80°C (standard), up to 120°C (high-temp version)
- Connection Size 1/4
- Flow Direction Inside-Out / Outside-In
- Pressure Drop (Clean Element) 0.07 bar to 0.15 bar
Rotair advance Oil is a high-performance, long-life synthetic lubricant formulated specifically for oil-injected rotary screw air compressors. It ensures superior lubrication, cooling, and sealing performance under high temperature and pressure.
This oil is designed to provide maximum protection against wear, oxidation, rust, and foaming, thereby extending the compressor’s life and reducing maintenance intervals.
It also helps maintain high compressor efficiency by minimizing carbon deposits and sludge formation.
ROTAIR Advance is known for its excellent thermal stability, allowing it to operate reliably in continuous heavy-duty industrial environments.
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Key Attributes
- Type Compressor Lubricant / Synthetic Lubricating Oil
- Packaging Size 5 Litre / 20 Litre / 210 Litre Drum
- Form Liquid
- Shelf Life 3–5 Years (sealed container)
- Kinematic Viscosity @ 40°C 46 cSt ±10%
- Kinematic Viscosity @ 100°C 6.8 cSt ±10%
- Viscosity Index ≥120
- Operating Temperature Range -20°C to +220°C
A Piston Air Compressor uses a reciprocating piston to compress air within a cylinder. It provides high-pressure output for industrial, workshop, and pneumatic applications, offering reliable performance, durability, and easy maintenance.
These compressors are ideal for medium-duty to heavy-duty operations and are commonly used in workshops, industries, and service stations.
They are known for their reliability, durability, and easy maintenance.
Piston compressors can be single-stage (for pressures up to 10 bar) or two-stage (for higher pressures up to 30 bar or more).
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Key Attributes
- Type Single Stage / Two Stage / Multi Stage
- Duty Cycle 75% – 100% (continuous operation possible)
- Lubrication Type Splash Lubricated / Forced Lubrication
- No. of Cylinders 1 / 2 / 3 (based on model)
- Air Delivery (FAD) 3 – 50 CFM (Cubic Feet per Minute)
- Maximum Working Pressure 8 bar (Single Stage) / 12–30 bar (Two Stage)
- Motor Power 1 HP to 20 HP
- Voltage 230V (Single Phase) / 415V (Three Phase)
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A Screw Air Compressor (also called a Rotary Screw Compressor) is a positive displacement compressor that uses two intermeshing helical rotors to compress air efficiently and continuously.
The Atlas Copco GA Series Screw Air Compressor is an oil-injected rotary screw type designed for reliability, energy efficiency, and low maintenance. It offers high performance, low noise levels, and long service life even under demanding industrial conditions.
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Key Attributes
- Type Oil-Injected Rotary Screw / Oil-Free Rotary Screw
- Category Industrial Air Compressors / Power Equipment
- Condition New
- Air End Type Oil-Injected Twin Rotor Screw Element
- Capacity (FAD) 0.5 – 20 m³/min (varies by model)
- Operating Pressure 7.5 bar / 10 bar / 13 bar / up to 16 bar
- Motor Power 5 HP – 200 HP (3.7 kW – 160 kW)
- Power Supply 400V ±10%, 3 Phase, 50 Hz (Standard)
The Screw Element Service involves the inspection, maintenance, repair, or replacement of the air end (screw element) — the core component of a rotary screw air compressor responsible for compressing the air.
The Screw Element Service ensures the compressor is restored to original performance levels, increases operational reliability, and extends machine life — all while preventing costly downtime.
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Key Attributes
- Operating Pressure Range 7.5 – 13 bar (standard); up to 16 bar (custom)
- Service Duration 2 – 5 Working Days (average turnaround)
- Compressor Type Rotary Twin Screw
- Air End Type Oil-Injected / Oil-Free
- Rotor Coating (Oil-Free Models) PTFE / Teflon / Ceramic Coating
- Oil Carryover After Service ≤ 3 ppm
- Air End Efficiency Restoration 90% – 100% of Original
The Unloader Assembly is a critical component in an air compressor control system that manages the loading and unloading cycle of the compressor to maintain stable air pressure and reduce energy consumption.
It functions by relieving the pressure from the compressor head and discharge line when the desired pressure is reached, allowing the compressor to run in an unloaded state or stop entirely. When the pressure drops below the set point, the unloader valve reloads the compressor, allowing it to resume normal compression.
This assembly typically includes an unloader valve, pilot valve, solenoid valve, and sometimes actuator mechanisms, depending on compressor design. It ensures smooth pressure transitions, protects compressor components, and enhances efficiency and service life.
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Key Attributes
- Service Life 1–2 million cycles
- Operating Pressure Range 6 – 16 bar (standard) / up to 30 bar (high-pressure models)
- Control Pressure 4 – 7 bar
- Operating Temperature Range -10°C to +120°C
- Air Flow Capacity 500 – 3000 L/min (model dependent)
- Connection Size 1/4” / 3/8” / 1/2” / 3/4” BSP or NPT
- Voltage (for Solenoid Type) 24V DC / 110V AC / 230V AC
- Protection Class (Solenoid) IP54 / IP65
Refrigerated Air Dryers are designed to remove moisture from compressed air, ensuring clean, dry air for industrial use. They work by cooling the air to condense and separate moisture efficiently.
A Refrigerated Air Dryer efficiently removes moisture from compressed air to ensure clean, dry output for industrial applications. It works by cooling the air, condensing water vapor, and separating it from the air stream. Designed for reliability and low maintenance, it prevents corrosion, enhances equipment performance, and improves air system efficiency. With compact construction, automatic controls, and energy-efficient operation, it is ideal for continuous use in factories, workshops, and packaging lines.
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Key Attributes
- Type Refrigeration Type – Moisture Removal System
- Drying Capacity 21 – 50 CFM (Customizable up to 500 CFM)
- Minimum Output Dew Point +3°C
- Maximum Operating Pressure 14 bar
- Inlet Air Temperature Up to 60°C
- Power Supply 230V AC, Single Phase / 415V AC, Three Phase, 50Hz
- Cooling Method Air Cooled / Water Cooled
