1.5 Ton Flipping Oil Cylinder 708240217720 | China Hydraulic Cylinder Factory Suppliers
The 1.5 Ton Flipping Oil Cylinder (Model 70/82-40-217-720) is a high-performance hydraulic power solution engineered for precision tipping and flipping applications. Built with a grinding-tube cylinder and a meticulously adjusted piston rod, this unit ensures seamless linear motion and exceptional structural stability under heavy load conditions.
Designed for industrial durability, the cylinder features unilateral chrome plating (0.02) for enhanced wear resistance and utilizes premium Indel seals to prevent leakage. Whether for standard industrial use or specialized machinery, this hydraulic cylinder can be fully customized to meet your specific mechanical requirements and operating environments.
Detailed Parameters
| Rated Capacity | 1.5 Ton | Model Series | 70/82-40-217-720 |
|---|---|---|---|
| Cylinder Type | Grinding Tube | Piston Rod Finish | Unilateral Chrome Plating (0.02) |
| Sealing System | Indel High-Pressure Seals | Processing Method | Steel Parts Precision Machining |
| Surface Treatment | Alcohol Spray & Gray Paint | Customization | Available on Request |
| Parallelism Tolerance | ≤ 0.05mm / m | Application | Flipping & Tipping Mechanisms |
Key Advantages
Superior Wear Resistance
Utilizing 0.02 unilateral chrome plating on the piston rod to ensure long-term durability and friction reduction.
Extended Service Life
Equipped with premium Indel seals that maintain airtight integrity and prevent oil leakage under pressure.
Precision Engineering
The grinding tube design and precise steel processing ensure smooth operation and high load accuracy.
Industrial Coating
Finished with a professional alcohol spray and gray paint for maximum corrosion and oxidation protection.
High Stability
Optimized for rigid base mounting to prevent piston rod bending and ensure linear force delivery.
Fully Customizable
Flexible design parameters allowing for modifications in stroke, diameter, and capacity to suit your needs.
Product Gallery
Management Platforms
Contamination Control
Strict fuel tank sealing and pipeline cleaning to prevent iron oxide and debris pollution.
Precision Maintenance
Use of specialized lint-free cloth and paper to maintain absolute cleanliness during operation.
Thermal Monitoring
Constant monitoring of hydraulic oil temperature and pressure changes for optimal performance.
Connection Integrity
Rigorous inspection of pipe connections to ensure no relaxation or pressure loss occurs.
Base Stiffness Control
Ensuring mounting base rigidity to avoid cylinder bowing and prevent piston rod deformation.
Alignment Optimization
Maintaining coaxial alignment with load force to avoid lateral force and seal wear.
Investment Return Comparison
| Performance Metric | Standard Cylinder | Our Precision Cylinder |
|---|---|---|
| Service Lifespan | Low - Medium | High (Chrome Plated) |
| Seal Reliability | Standard Rubber | Premium Indel Seals |
| Precision Level | General Tolerance | ≤ 0.05mm / m |
| Maintenance Cost | Frequent Replacement | Low / Predictive |
| Load Stability | Prone to Bending | Anti-Bowing Reinforced |
Frequently Asked Questions
Chrome plating (0.02) provides a hard, smooth surface that significantly reduces friction and protects the piston rod against corrosion and wear, extending the overall operational lifespan.
It is critical that the fixed base has sufficient stiffness. If the base is too flexible, the cylinder may bow, leading to bending of the piston rod under load.
Proper alignment ensures the load force is central. Misalignment creates lateral forces that cause premature seal wear and potential damage to the piston.
Yes, our hydraulic cylinders can be customized based on your specific requirements, including changes to dimensions, pressure ratings, and mounting styles.
We recommend using lint-free cloths or special industrial paper. Avoid using hemp thread or adhesive as sealing materials to prevent internal contamination.
Indel seals are engineered for high-pressure environments, providing superior leak prevention and ensuring consistent hydraulic power delivery.
