3D Printer Lithium Grease, High-Speed Lubricant For Lead Screws & Linear Rails, Reduce Noise Friction Wear, Smooth Print

1. Improve printing efficiency: 3D printer lithium-based grease can effectively reduce the friction resistance caused by the screw and linear guide rail during high-speed operation, making the printing process smoother and greatly improving the working efficiency of 3D printing. 2. Reduce noise: Good lubrication effect can greatly reduce the noise and vibration generated by the lead screw and linear guide during operation, improve the working environment, and make 3D printing quieter. 3. Reduce wear: 3D printer lithium-based grease can effectively reduce the friction and wear of the lead screw and linear guide, extend the service life of the equipment, and reduce the maintenance cost of the equipment. 4. Good stability: Lithium-based grease can show good lubrication performance at different temperatures, making the 3D printer work stably in various environments. 5. Safety and environmental protection: Lithium-based grease products are safe and non-toxic, and will not pollute the environment after use. It is an environmentally friendly lubrication product. Specifications: New and high quality! Material: Composite materials Color: As the pictures show Box size:7*7*9cm Capacity:100g Package quantity:1Pc Note: Please allow 2-3 differences due to manual measurement. The above dimensions are for reference only. As different computers display different colors, thank you for your understanding, the actual product color may be slightly different from the image.

Notes: 1.Please allows 1cm-3cm difference due to manual measurement and slight chromatic aberration for different display setting. 2.Please understands because of the light irradiation or computer display difference,so I can't guarantee photos and real color is 100 the same. The merchant warrants that their products comply with all applicable laws, and are offered only if they comply with Joom's policies and EU Product Safety and Compliance laws.