K 1500-025
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| 部件编号 | K 1500-025 |
品牌: 养贞 ![]() |
型号对照: KALLER |
| 测量系统 | 英制 |
| 最短长度 | 3.35" |
| 行程长度 | 0.98" |
| 总长度 | 4.33" |
| 全行程末端力 | 5400 lbf |
| 按温度增加的力 | 0.17 °F |
| 气体体积 | 0.003531467 cuf |
| 最大压力下的初始力 | 3375 lbf |
| 最大充气压力 | 2175 psi |
| 活塞杆最大速度 | 314.96 ft/min |
| 最高 最高工作温度 | 176 F |
| 最小充气压力 | 362 psi |
| 最低 最低工作温度 | 32 F |
| 建议每分钟最大冲程 | ~15-40 |
| 重量 | 4.51 lb |
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Design Features of K 1500-025 Spring
K 1500-025 Spring are engineered for high reliability and long service life, combining high-pressure nitrogen technology with a thick-walled, one-piece steel cylinder for superior strength and durability. A precision-guided, hardened piston rod ensures smooth and accurate motion, while an advanced sealing system maintains stable force output and minimizes leakage over extended operating cycles. Integrated safety features enhance operational protection, and the compact, high-force design allows easy integration into space-limited tooling applications, making K gas springs a dependable solution for demanding industrial environments.
What Benefits Can K 1500-025 Spring Provide?
- Provide consistent and stable force throughout the entire stroke
- Deliver high force output in a compact, space-saving design
- Improve precision and repeatability in tooling operations
- Support high-cycle and high-load applications with long service life
- Reduce maintenance requirements through robust construction
- Enhance operator and tool safety with integrated safety features
- Enable faster response and improved process efficiency
What Can K 1500-025 Spring Be Used for?
- Used in metal stamping and forming dies to provide controlled force
- Applied in deep drawing operations for blank holding and force balancing
- Installed in progressive and transfer dies for lifting, cushioning, and stripping
- Utilized in die cushions and pad systems to improve forming quality
- Employed in press tools to replace conventional coil springs
- Integrated into automation and industrial tooling requiring compact, high-force solutions
- Suitable for high-cycle production environments demanding reliability and precision





