TL 750-160
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| 部件编号 | TL 750-160 |
品牌: 养贞 ![]() |
型号对照: KALLER |
| 测量系统 | 英制 |
| 最短长度 | 9.06" |
| 行程长度 | 6.3" |
| 总长度 | 15.35" |
| 全行程末端力 | 2700 lbf |
| 按温度增加的力 | 0.17 °F |
| 气体体积 | 0.007062933 cuf |
| 最大压力下的初始力 | 1660 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 | 5.148 lb |
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Design Features of TL 750-160 Spring
TL 750-160 Spring are designed for heavy-duty applications requiring exceptionally high load capacity and long strokes. Featuring reinforced, thick-walled cylinders and precision-engineered pistons, they provide reliable performance under extreme pressures and continuous operation. The TL series incorporates advanced damping to reduce vibration and impact forces, while high-performance seals ensure minimal leakage and consistent force output. Despite their robustness, these nitrogen gas springs are engineered for compact installation, allowing integration into confined tooling spaces, making them ideal for demanding stamping, forming, and press operations where maximum force and durability are essential.
What Benefits Can TL 750-160 Spring Provide?
- Deliver very high load capacity and support long-stroke operations
- Provide reliable and consistent force under extreme pressures and continuous use
- Reduce vibration and impact through advanced internal damping
- Maintain pressure and prevent leakage with high-performance sealing
- Combine robustness with compact design for space-efficient installation
- Withstand high-cycle, heavy-duty stamping, forming, and press operations
- Enhance durability, operational stability, and long-term tooling performance
What Can TL 750-160 Spring Be Used for?
- Used in heavy-duty stamping and forming dies requiring very high force
- Applied in deep drawing and large blank holding operations
- Integrated into progressive and transfer dies for lifting, cushioning, or stripping under extreme loads
- Employed in die cushions, pad systems, and press tools for demanding industrial production
- Replace conventional coil springs in space-constrained, high-force tooling applications
- Suitable for high-cycle, intensive production environments
- Ideal for industrial automation and tooling systems where maximum force, durability, and reliability are critical





