·骰子料斗、螺丝、钉断、路器板、推针等
Semiconductor-related: Vacuum pumps, semiconductor chambers, chip molds
Automotive-related (focusing on sliding performance, wear resistance, and noise reduction):
Piston rods, cam discs, blades, plungers, ring-plated sensors, slide lifters, gear shafts, steel balls
Mechanical parts (focusing on sliding performance):
Piston push plates, leaf springs, hot runners, guide shafts, guide plates, lead screws, pneumatic valves, etc.
Printing-related (focusing on inertness, sliding performance, and wear resistance):
Blade edges, fusers, knurling, rotating rods, etc.
Resin-related (focusing on water resistance and non-adhesiveness):
Various molds (silicone rubber/resin)
Dice hoppers, screws, nail breakers, circuit boards, ejector pins, etc.
具有聚四氟乙烯润滑性、拒水性、 非粘性功能的复合镀膜
Composite coating with PTFE lubricity, water repellency, and non-stick properties
Ni-P+PTFE
具有良好的低摩擦性、防水性，防粘脱模性能优越。良好 的润滑性、耐蚀性和热传导性能。具有导电性，对于消音 和防止静电也有效果。
It features excellent low friction properties, water resistance, and superior anti-stick and release performance. It also boasts good lubricity, corrosion resistance, and thermal conductivity. Additionally, it is conductive, with effects in noise reduction and static prevention.
Ni-P-PTFE 是一种复合镀膜，其中 PTFE 微粒均匀分散并共沉积在化学镀镍 膜中，而且共析聚四氟乙烯的特性和耐久性已经过评估，因此被用 于广泛的领域。
Ni-P-PTFE is a composite coating in which PTFE particles are uniformly dispersed and co-deposited in the electroless nickel plating film. Moreover, the properties and durability of the co-deposited polytetrafluoroethylene have been evaluated, making it applicable in a wide range of fields.
自润滑性: 由于镀膜中含有 PTFE 颗粒，因此对防止磨损和咬合非常
有效。
低摩擦: 具有润滑性的聚四氟乙烯颗粒不仅在镀膜表面上而且在镀 膜内部均匀分散。
耐磨性: 无针孔，覆盖而均一。
耐磨性/抗提伤性: 与树脂和 PTFE 涂层相比，Ni-P-PTFE 不易被划伤且不
会剥落。
耐腐蚀性: 无针孔，覆盖而均一。
附着力: 基体牢固地固定着每个 PTFE 颗粒。另外，因为基体是金 属，所以基体和基材之间的附着力很强。
导电性和防静电: 导电性和防静电：由于基体由金属 (Ni-P) 制成，因此可用 于不能有静电和灰尘的半导体零件和精密设备。
热传导性: 与 PTFE 涂层相比更出色。
消音效果: 与其它金属接触时，特氟龙的缓冲效果和润滑性可以起到 消音的作用
防粘·泼水性: 固体材料中具有比较小的表面张力，不粘附大部分物质，几
乎所有物质都不与 PTFE 涂膜粘合，很薄的膜也显示出很
好的不粘附性能。
Self-lubrication: Effective against wear and seizing due to PTFE particles in the coating.
Low friction: Lubricious PTFE particles disperse evenly both on and within the coating.
Wear resistance: Pinhole-free with uniform coverage.
Abrasion/scratch resistance: Less prone to scratching and peeling than resin or PTFE coatings.
Corrosion resistance: Pinhole-free with uniform coverage.
Adhesion: Substrate securely bonds each PTFE particle; strong adhesion to base materials due to metallic substrate.
Conductivity & anti-static: Metal (Ni-P) substrate suits semiconductor parts and precision equipment requiring static/dust control.
Thermal conductivity: Superior to PTFE coatings.
Noise reduction: Teflon’s cushioning and lubricity reduce noise when in contact with other metals.
Non-stick & water repellency: Low surface tension resists adhesion to most substances; even thin films exhibit excellent non-stick performance.
