This material handling solution features a monolithic sealing cylinder designed to prevent oil leakage and ensure labor-saving operation. Key technical parameters include an integrated cast construction, imported sealing rings, and an overflow overload protection system. The chassis utilizes a high-strength cast steel wheel frame and 12 reinforced connection points equipped with 1.5mm tin bronze sleeves for extended durability.
The integrated casting process eliminates potential weak points, significantly reducing the risk of hydraulic fluid leaks. The internal imported sealing rings guarantee optimal tightness, while the built-in overflow valve provides reliable overload protection for safe lifting operations.
Monolithic Molding: Ensures structural integrity under high pressure for long-term stability.
Superior Sealing: Prevents leakage and ensures maintenance-free hydraulic operation.
Effortless Lowering: Optimized valve design allows for smooth and labor-saving descent control.
The adjustable push rod accurately controls the fork height for precise positioning. It is equipped with a 1.5mm tin bronze sleeve featuring a specialized wear-resistant coating to minimize friction and extend the service life of moving parts. The high-strength cast steel wheel frame incorporates brass sleeves with anti-wear layers at all vulnerable connection points.
The assembly includes four connection holes on the push rod and eight on the wheel assembly. A total of twelve 1.5mm thick tin bronze sleeves with wear-resistant coatings are installed at these connection holes to ensure long-term mechanical reliability.
The following table outlines the critical specifications for these material handling components.
| Component | Specification |
| Cylinder Construction | Monolithic Casting |
| Sealing Ring Type | Imported High-Tightness Seals |
| Push Rod Sleeve | 1.5mm Tin Bronze with Wear-resistant Coating |
| Wheel Frame Material | High-Strength Cast Steel |
| Total Sleeve Quantity | 12 units (4 push rod + 8 wheel assembly) |
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