hydraulic cylinder 100x160

General Description: 100x160 hydraulic cylinder is a device used to convert hydraulic energy into linear motion. In this case, the dimensions indicate a bore (internal diameter of the cylinder) of 100 mm and a piston stroke of 160 mm . The cylinder is commonly used in applications requiring controlled mechanical force, such as actuators for heavy machinery or in industrial plants.

Materials:

• Cylinder Body : Typically constructed of high-strength steel, often heat treated or coated to prevent corrosion and ensure long operating life.
• Stem : Made of hardened and chrome-plated steel to resist wear and reduce friction during operation.
• Seals : Synthetic materials or high-strength rubbers, such as NBR (nitrile) or Viton, are used to ensure a perfect seal and prevent fluid leaks.

Measures:

• Bore : 100 mm (cylinder inside diameter).
• Stroke : 160 mm (maximum distance traveled by the piston).
• Stem diameter : Variable, typically between 30% and 50% of the bore.
• Overall Length : The overall length of the cylinder, which includes the stroke and the unextended portion of the cylinder, can vary depending on the manufacturer and design.

Mechanical characteristics:

• Operating pressure : Typically between 200 and 250 bar (depending on manufacturer and application), with peak pressures reaching up to 350 bar in specific applications.

• Force developed : The force a cylinder can generate depends on the operating pressure and the piston area. The formula is:

  $$F$$

  Where:

  • FF $F$ = Force in Newtons (N)
  • PP $P$ = Pressure in Pascals (Pa)
  • AA $A$ = Piston area in square meters (m²)

  For a 100 mm bore, the piston area is calculated as:

  $$A$$

  At a pressure of 250 bar (25 MPa):

  $$F$$

  At lower pressures, such as 200 bar :

  $$F$$

Sizing formulas:

• Piston velocity : v=QAv = \frac{Q}{A} $v$ $=$ A Q ​, QQ $Q$ is the fluid flow rate in liters per minute and AA $A$ is the piston area.
• Hydraulic power : P=F×v600P = \frac{F \times v}{600} $P$ $=$ 600 F × v ​, vv $v$ in m/min and FF $F$ in kN.

Areas of use: Hydraulic cylinders with bores of these sizes are used in a variety of industries:

• Agricultural machinery : Tractors and soil-moving equipment.
• Industrial machinery : Hydraulic presses, lifting equipment, and industrial automation systems.
• Construction : Excavators, cranes, and other earthmoving equipment.
• Industrial Actuators : Automation and motion systems in production lines.

Advantages of purchasing ready-to-deliver stock:

1. Immediate availability : Purchasing a hydraulic cylinder from stock allows you to avoid waiting times for production, speeding up intervention or installation times.
2. Competitive price : Cylinders already in stock are often priced lower than products made to order.
3. Quality assurance : The ready-to-use cylinders have already been tested and comply with quality standards.

Manufacturer: Companies such as Parker Hannifin and Rexroth Bosch are leading manufacturers of hydraulic cylinders. Parker Hannifin, for example, is renowned for the quality of its products and its wide range of hydraulic solutions. The company stands out for its technological innovation, with products that comply with international standards and offer high performance under harsh operating conditions.

Conclusion: Purchasing a 100x160 in stock is a great choice for those who need an efficient and durable device quickly. With a robust structure made from high-quality materials, the cylinder offers high performance in industrial, agricultural, and construction sectors.