TI 250-125
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| 部件编号 | TI 250-125 |
品牌: 养贞  |
型号对照: KALLER |
| 测量系统 | 英制 |
| 最短长度 | 6.89" |
| 行程长度 | 4.92" |
| 总长度 | 11.81" |
| 全行程末端力 | 790 lbf |
| 按温度增加的力 | 0.17 °F |
| 气体体积 | 0.003390208 cuf |
| 最大压力下的初始力 | 600 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 | 725 psi |
| 最低 最低工作温度 | 32 F |
| 建议每分钟最大冲程 | ~80-100 |
| 重量 | 0.187 lb |
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Design Features of TI 250-125 Spring
TI 250-125 Spring are engineered for precision and reliability in high-performance tooling applications. Featuring a temperature-resistant design, they maintain consistent force output even under elevated heat conditions. The series incorporates a reinforced, corrosion-resistant cylinder and advanced wear-resistant piston coatings, ensuring long-term durability in harsh environments. Compact and lightweight, the TI springs are optimized for easy integration into confined die spaces, while precision-guided motion and advanced sealing provide smooth operation, minimal leakage, and high repeatability, making them ideal for demanding stamping, forming, and high-speed production processes.
What Benefits Can TI 250-125 Spring Provide?
- Maintain consistent force output under elevated temperature conditions
- Offer high durability with corrosion-resistant cylinders and wear-resistant pistons
- Ensure smooth, precise, and repeatable motion with precision-guided design
- Minimize gas leakage through advanced sealing technology
- Compact and lightweight for easy integration into confined tooling spaces
- Withstand high-cycle and high-speed production environments
- Enhance reliability and performance in demanding stamping, forming, and industrial applications
What Can TI 250-125 Spring Be Used for?
- Used in stamping and forming dies operating under high-temperature conditions
- Applied in progressive and transfer dies requiring reliable force in heated environments
- Integrated into die cushions, pad systems, and blank holders for precise forming under thermal stress
- Employed in high-speed production and automation systems exposed to elevated temperatures
- Replace conventional springs in applications where heat resistance and durability are critical
- Suitable for high-cycle, intensive production environments with thermal challenges
- Ideal for industrial tooling setups demanding consistent performance and long service life
