Piston Iran

deutz engine liner piston 912 1011 1012 and 1013

The Deutz Engine Liner Piston systems for models 912, 1011, 1012, and 1013 represent a pivotal aspect of Deutz’s long-standing commitment to engineering reliable, efficient, and high-performance engines. These engines are widely used in agricultural machinery, construction equipment, and industrial applications. The 912 series, which is among the earliest in this family, is well-known for its compact design and robust performance in demanding conditions. The liner piston units in these engines are engineered for optimal combustion efficiency, reduced fuel consumption, and minimized emissions, contributing to their longstanding reputation for reliability. The design ensures that the pistons remain durable even under the stress of high compression ratios, frequent load changes, and extreme operational temperatures.

In the 1011, 1012, and 1013 models, Deutz refined these piston-liner systems further to improve their longevity and maintainability. The 1011 series features advanced materials and precision-engineered components, helping to prevent premature wear and tear that could affect engine efficiency. As you move to the 1012 and 1013 models, the focus shifts even more toward enhancing performance and reducing operational costs. These engines offer even better thermal efficie

piston pumps

Axial piston pumps feature a swashplate design for variable displacement. The main housing is constructed from heat-treated C45 alloy steel. These pumps incorporate 7 to 9 cylinders arranged in a circular pattern. Each piston diameter varies between 12 to 25 millimeters. The piston stroke can be adjusted up to 30 millimeters. Maximum continuous operating pressure reaches 350 bar. Input shaft rotation speed ranges from 1000 to 3600 RPM. Volumetric displacement per revolution is selectable from 10 to 150 cubic centimeters. Volumetric efficiency under nominal conditions exceeds 95%.

Pistons are made from hardened steel with a chrome plating coating. The swashplate operates with a tilt angle from 0 to 21 degrees. The control system can be hydraulic or electro-hydraulic. System response time is less than 150 milliseconds. Valve plates are made from special ceramic with 1500 Vickers hardness. These pumps incorporate an internal oil cooling system. Operational oil temperature is maintained between 40°C to 70°C. Generated noise level at rated pressure remains below 75 decibels. These pumps are suitable for fluids with 10 to 160 centistokes viscosity.

hydraulic piston

Aerial concrete pump spare parts include main concrete circuit components, hydraulic system elements, and sealing assemblies with high manufacturing precision and wear resistance. Concrete cylinders are made from hardened alloy steel with diameters of 150 to 250 millimeters, capable of withstanding operating pressures of 60 to 120 bar. Pistons and sealing rings are made of reinforced polyurethane or composite materials resistant to wear and pressure. Wear plates and brass rings ensure uniform concrete flow under variable pressures. Delivery pipes are made from alloy steel with diameters of 80 to 150 millimeters and wall thickness of 4 to 8 millimeters.

The components include the S valve or rock valve, bushings and bearings, multi-layer sealing kits, and locking couplings. Bushings and bearings are made from anti-friction alloys to extend component life. Multi-layer sealing kits prevent leakage of concrete and hydraulic oil. Central lubrication systems ensure uniform grease distribution at critical points. Component design complies with ISO 21573 and top brand specifications, ensuring durability, safety, and full compatibility.

piston pump

The piston pump is a high-pressure hydraulic pump used to transfer oil at adjustable flow and pressure in industrial, automotive, and heavy machinery systems. Operating pressure typically ranges from 100 to 350 bar, with flow rates depending on pump size ranging from 10 to 250 liters per minute. The pump body is made of alloy steel or aluminum, offering high resistance to wear and pressure. Pistons are precisely machined and heat-treated for fatigue resistance. Volumetric efficiency exceeds 90 percent, enabling operation under high pressure and continuous conditions.

Structurally, the piston pump consists of a cylinder block, pistons, swash plate or cam ring, drive shaft, and reinforced bearings. Seals and O-rings are made of Viton or NBR for heat and oil resistance. Pump installation can be horizontal or vertical, with motor connection via direct coupling or pulley. Operating temperature ranges from -20 to 120°C, and service life exceeds 10,000 hours under standard conditions. Piston pumps in various sizes are suitable for light and heavy machinery, production lines, and industrial hydraulic systems.

piston rod

Aerial concrete pump spare parts are made from chromium-molybdenum alloy steel with 55-60 HRC surface hardness, ensuring high wear and pressure resistance. Part dimensions include inner diameters of 25-200 mm and lengths of 100-600 mm, compatible with most aerial concrete pump models. CNC machining is performed with ±0.02 mm precision, and a 5-micron nano-ceramic coating prevents corrosion and concrete adhesion. Tensile strength ranges from 800 to 950 MPa, with a yield point of 680-770 MPa. Components operate reliably between -30 and 250°C, suitable for industrial and road environments.

Washers, rings, and connections for aerial concrete pumps are produced according to ISO 9001 standards with ±0.01 mm accuracy to minimize vibration and leakage. Each part weighs 1-15 kg, and geometric design ensures uniform pressure distribution. Contact surfaces with lubricant and concrete have friction ≤0.09 μm. Dynamic fatigue tests exceed one million cycles with no permanent deformation. Moisture-proof and shock-resistant packaging ensures safe transport over long distances.

piston rod F80-2229

Shoeing spare parts are made from chromium-molybdenum alloy steel with 58-62 HRC surface hardness, ensuring high mechanical and wear resistance. Each component is CNC machined with ±0.02 mm precision, and a 5-micron nano-ceramic coating increases corrosion resistance. Standard dimensions include inner diameters of 20-150 mm and lengths of 50-500 mm, compatible with light and heavy vehicles. Tensile strength ranges from 850 to 950 MPa, with a yield point of 700-780 MPa. Components perform reliably between -40 and 220°C, suitable for industrial and road environments.

Shoeing connections and washers are manufactured according to ISO 9001 standards with ±0.01 mm accuracy to reduce vibration and leakage. Each part weighs 0.5-12 kg, with geometry optimized for uniform pressure distribution. Contact surfaces with oil and lubricant have friction resistance ≤0.08 μm. Dynamic fatigue tests exceed one million cycles with no permanent deformation. Industrial packaging with moisture-proof and shock-resistant layers ensures safe transport over long distances.

piston pump

A variable displacement axial piston pump is a precise hydraulic unit that adjusts fluid flow according to system requirements. The pump features a central rotor with multiple radial pistons moving reciprocally within a cylinder block. Its flow rate typically ranges from 20 to 200 liters per minute, with a maximum working pressure up to 350 bar. The rotor angle is adjusted mechanically or hydraulically to control the flow. The body is made of aluminum alloy or steel resistant to wear and pressure, and internal components are reinforced with hard chrome or nickel coatings.

The internal system includes a built-in pressure relief valve and precise control ports to minimize pressure fluctuations. The pump has a standard shaft with high-strength bearings and operates in temperatures from -20 to 90 degrees Celsius. It is widely used in heavy industries, hydraulic machinery, and automated industrial equipment, offering volumetric efficiency above 90 percent and low noise levels. Modular design ensures quick maintenance and repair.

piston pump

The Rexroth piston pump is a high-pressure, variable-displacement hydraulic pump used in industrial hydraulic systems and heavy machinery. Operating pressure typically ranges from 160 to 350 bar, with flow rates adjustable from 10 to 300 liters per minute. The pump body is made of aluminum or hardened steel with wear- and corrosion-resistant coating. Pistons are made of chromium steel or alloy with high hardness to withstand high pressure and continuous wear. Internal lubrication and sealing with resistant gaskets ensure smooth, leak-free operation.

Structurally, the pump includes the main body, piston assembly and rings, pressure control valves, drive shaft, and flow adjustment system. The pump can be mounted directly on a motor or coupled via shaft, with high tolerance to vibration and mechanical shock. Internal pressure and flow control ensure precise and uniform operation. Volumetric efficiency typically exceeds 90%, making it suitable for industrial hydraulics, construction machinery, and heavy-duty vehicles.

piston hydraulic

The hydraulic piston pump is a high-power device for transferring hydraulic fluids at variable flow rates and pressures. It uses multiple pistons in a rotating rotor to suction and discharge fluid. Standard operating pressure ranges from 200 to 400 bar, with flow rates typically between 20 and 250 liters per minute. Its volumetric efficiency exceeds 90 percent, and it can withstand sudden pressure shocks up to 1.5 times the nominal pressure. Pistons and the housing are usually made from hardened steel or durable aluminum alloys. The input shaft is supported by wear-resistant bearings, minimizing vibration.

Internally, the pump includes PTFE rings and seals to prevent leakage. Pressure and flow control systems, either mechanical or electronic, allow precise regulation. These pumps are used in industrial hydraulic systems, heavy machinery, hydraulic presses, and construction equipment. They operate in temperatures ranging from -20 to 80 degrees Celsius and can function reliably in dusty or harsh environments.

piston pump

The piston pump is a high-pressure hydraulic pump designed for oil transfer and power supply in industrial hydraulic systems and heavy machinery. Typical operating pressure ranges from 200 to 350 bar, and flow rate depends on size and speed, ranging from 20 to 200 liters per minute. The pump body is made of alloy steel or aluminum, and pistons and rotor are precision heat-treated for high wear and fatigue resistance. Volumetric efficiency typically exceeds 90%, ensuring fast response and smooth hydraulic operation.

Structurally, the piston pump consists of a cylinder block, piston assemblies, swash plate, drive shaft, and reinforced bearings. Seals are made of Viton or NBR, resistant to heat and oil. Precise contact between pistons and swash plate minimizes internal leakage. The pump can be mounted directly on the motor or gearbox, with operating temperature from -20 to 120°C. It is designed for excavators, loaders, cranes, and heavy industrial systems, optimized for continuous and heavy-duty operation.

piston

The piston is a moving component in internal combustion engines that converts fuel combustion energy into mechanical force. Piston diameter in industrial engines ranges from 60 to 150 mm, with stroke length up to 200 mm. It is typically made of silicon aluminum alloy or heat resistant steel with tensile strength of 250 to 450 MPa. The piston crown is designed to withstand operating temperatures from 250 to 400 degrees Celsius. Precisely machined ring grooves ensure complete sealing of the combustion chamber.

Structurally, the piston includes compression and oil rings to control pressure and reduce friction. Surface coatings such as graphite or molybdenum improve wear resistance and service life. The clearance between piston and cylinder typically ranges from 0.02 to 0.08 mm to control thermal expansion. Heat treatment and lightweight design reduce mass and improve engine efficiency. This structure ensures proper heat transfer, reduced fuel consumption, and stable performance in gasoline and diesel engines.

piston compressor

The TK1500-1000-P piston air compressor is a high-capacity industrial positive displacement device with two large cylinders, producing operating pressure between 10 and 14 bar. Airflow capacity ranges from 1500 to 1800 liters per minute, with a 1000-liter tank. Cylinders and pistons are made of wear- and heat-resistant alloy steel, with surface hardening and plating to extend component life. Crankshaft and connecting rods are machined with 0.01 mm precision, and roller bearings support very high radial and axial loads.

The structure includes a pressure tank, automatic lubrication system, cooling radiator, and safety valve. Inlet air filter removes particles larger than 10 microns. Steel chassis with vibration dampers reduces noise and vibration, enhancing safety and stability. Easy installation and quick access to main components simplify maintenance. This compressor is suitable for large industrial workshops, production lines, and semi-industrial projects, with energy efficiency between 85 and 90 percent.

piston compressor

The TK1000-1000-P piston air compressor is a high-capacity industrial positive displacement device with two large cylinders, producing operating pressure between 10 and 13 bar. Airflow capacity ranges from 1000 to 1200 liters per minute, with a 1000-liter tank. Cylinders and pistons are made of wear- and heat-resistant alloy steel, with surface hardening and plating to extend component life. Crankshaft and connecting rods are machined with 0.01 mm precision, and roller bearings support very high radial and axial loads.

The structure includes a pressure tank, automatic lubrication system, cooling radiator, and safety valve. Inlet air filter removes particles larger than 10 microns. Steel chassis with vibration dampers reduces noise and vibration, enhancing safety and stability. Easy installation and quick access to main components simplify maintenance. This compressor is suitable for large industrial workshops, production lines, and semi-industrial projects, with energy efficiency between 85 and 90 percent.

Piston Pump

A piston pump is a high-pressure hydraulic device that generates fluid flow through reciprocating piston motion, optimized for heavy and construction machinery hydraulic systems. Typical flow rate ranges from 10 to 250 liters per minute, with operating pressure between 150 and 400 bar. The body is made of hardened steel or aluminum with pressure resistance of 600–800 MPa. Pistons are made of alloy steel or wear-resistant ceramic for long service life. Sealing is achieved with heat- and pressure-resistant O-rings and gaskets.

The pump structure includes a cylinder block, piston rings, check valves, and input shaft capable of handling axial and radial loads. Internal lubrication channels reduce friction and ensure stable performance. Modular design and easy installation allow rapid replacement of worn components. This pump is used for transferring hydraulic oil, engine oil, and other medium-viscosity industrial fluids, with efficiency above 90 percent to reduce energy consumption.

piston compressor

The TD750-500 piston air compressor is an industrial positive displacement device with two large cylinders, producing operating pressure between 10 and 12 bar. Airflow capacity ranges from 700 to 900 liters per minute, with a 500-liter tank. Cylinders and pistons are made of wear- and heat-resistant alloy steel, with surface hardening and plating for extended service life. Crankshaft and connecting rods are machined with 0.01 mm precision, and roller bearings support high radial and axial loads.

The structure includes a pressure tank, automatic lubrication system, cooling radiator, and safety valve. Inlet air filter removes particles larger than 10 microns. Steel chassis with vibration dampers reduces noise and vibration, enhancing safety and stability. Easy installation and quick access to main components simplify maintenance. This compressor is suitable for industrial workshops, production lines, and semi-industrial projects, with energy efficiency between 85 and 90 percent.