ShinEtsu KF-96H-10000CS 1KG High Viscosity Silicone Oil for Thermal Stability and Lubrication
Product Overview
ShinEtsu KF-96H-10000CS 1KG is a premium dimethyl silicone fluid formulated to deliver consistent performance across a wide temperature range. This high viscosity silicone oil features excellent heat resistance, chemical inertness, and stable viscosity characteristics, making it suitable for applications requiring long-term reliability and controlled lubrication behavior.
The oil demonstrates outstanding thermal stability silicone oil properties, maintaining its performance under continuous high-temperature conditions without significant degradation. In addition, it supports smooth and predictable industrial silicone lubrication, helping reduce friction, noise, and mechanical stress in various systems.
Key Features
Advancedhigh viscosity silicone oil with stable flow characteristics
Excellentthermal stability silicone oil performance under heat exposure
Reliableindustrial silicone lubrication for precision components
Low volatility and strong resistance to oxidation
Good compatibility with many plastics, elastomers, and metals
Stable viscosity over a wide operating temperature range
Applications
ShinEtsu KF-96H-10000CS is suitable for:
Equipment requiring high viscosity silicone oil for controlled damping or lubrication
Systems exposed to elevated temperatures where thermal stability silicone oil is critical
Industrial mechanisms benefiting from clean and consistent industrial silicone lubrication
Lubrication of seals, O-rings, sliding parts, and precision assemblies
Use as a base fluid for specialized industrial formulations
Why Choose ShinEtsu KF-96H-10000CS
Choosing ShinEtsu KF-96H-10000CS ensures stable lubrication performance, reliable temperature resistance, and long service life. Its balanced formulation supports demanding operating environments while delivering consistent high viscosity silicone oil, dependable thermal stability silicone oil, and smooth industrial silicone lubrication throughout its service interval.