Dwarika, Silicone Oil Lubricant For Rubik's Cube | Puzzle Cube | Reduce Friction Rubik's Cube | 30ML

Rubik's Cube silicone oil is a lubricant specifically designed for enhancing the performance and smoothness of Rubik's Cubes or other twisty puzzles. It is a type of lubricant used by cubers to reduce friction between the moving parts of the puzzle, allowing for faster and smoother rotations. Silicone oil is a common lubricant choice due to its excellent lubricating properties and compatibility with plastic materials commonly used in Rubik's Cubes. It has a low viscosity, meaning it is relatively thin and flows easily. This characteristic helps reduce the resistance between the individual cubies (the smaller cubes within the Rubik's Cube), enabling faster and more controlled movements. The application of silicone oil to a Rubik's Cube involves disassembling the puzzle and applying a small amount of the lubricant to the contact points where the cubies come into contact with each other. It is important to use a minimal amount to avoid excessive lubrication, which can lead to a puzzle feeling overly loose or uncontrollable. By using silicone oil, cubers can experience several benefits, including: Smoother Rotations: Silicone oil reduces the friction between the pieces, allowing for smoother and more effortless rotations of the cube's layers. Increased Speed: The reduced friction results in faster turn speeds, which can be advantageous for cubers looking to improve their solving times. Improved Corner Cutting: Corner cutting refers to the ability of a cube to turn even when the layers are not perfectly aligned. Silicone oil can enhance corner cutting by reducing the resistance between the cubies, allowing for more forgiving turns. Longer Lasting Lubrication: Silicone oil has a longer-lasting effect compared to some other lubricants, providing consistent performance over extended periods of use. It's worth noting that the choice of lubricant and the amount applied can vary depending on individual preferences and the specific cube model.