Specifications:
| Ammo Size | 6mm |
| Country | Taiwan |
| Length (mm) | 120.0 |
| Material | Liquid |
| Net Weight (g) | 18.0 |
Product Description:
The RA-TECH T-PEN Silicone Lubricant series redefines precision maintenance by combining a scientific approach to viscosity with a clean, pen-style applicator. This design eliminates the mess and waste of traditional methods, enabling accurate, controlled application exactly where it is needed.
Available in three professional-grade viscosities measured in centipoise (cPs), the T-PEN allows users to match the lubricant to the specific demands of their components. The 350 cPs ultra-light grade is ideal for fast-moving parts like slides and triggers, offering instant penetration and a smooth feel. The 1000 cPs balanced grade works perfectly for valves, O-rings, and internal assemblies, providing reliable protection without excessive flow. The 10000 cPs thick grade, comparable to honey, is built for endurance and is best suited for pistons, cylinders, and high-pressure seals that require long-lasting cushioning under extreme stress.
All formulations share the inherent benefits of premium silicone: temperature stability, water repellency, and a non-toxic nature that is safe for synthetic materials. By offering a tailored choice of viscosities in an easy-to-use pen, RA-TECH delivers surgical control, ensuring every application enhances performance and extends the life of your equipment.
Key Features
Pen-style applicator ensures clean, accurate, and mess-free lubrication with no waste.
Available in three viscosities (cPs) to match different mechanical demands.
350 cPs (ultra-light): ideal for slides, triggers, and fast-moving parts requiring instant smoothness.
1000 cPs (balanced): suited for valves, O-rings, and internal assemblies.
10000 cPs (thick, honey-like): built for pistons, cylinders, and high-pressure seals needing long-lasting durability.
Premium silicone offers temperature stability, water repellency, and is non-toxic and safe for synthetic materials.
Tailored viscosity choices combined with precise application reduce friction and extend component lifespan.