#3 Silicone Grease Waterproof Diver Watch Lubricant kets O-Ring 12ml

• This high quality WATCH SILICONE GREASE Shinezy # 3 is used for kets and o-rings (tube kets).
• Excellent water resistance, no vapors, grease is not toxic.
• Can be used for: waterproof, water resistant, diver watches.
• Packaging: 12 ml.
• Made in USA.

This high quality WATCH SILICONE GREASE Shinezy # 3 is used for kets and o-rings (tube kets). Excellent water resistance, no vapors, grease is not toxic. In many occasions, the grease is also used in diving equipment! Packaging: 12 ml. Made in USA Can be used for: waterproof, water resistant, diver watches. Warning: The watch must be lubricated and closed by a professional watchmaker. We are not responsible for incorrect use of this product, improper closure or other defects in your watch! What does it mean for a watch to be “waterproof?” The truth is that no watch is waterproof. There is always a limit to how much water pressure a watch can handle. The term “waterproof” implies that a watch can’t leak under any circumstance—that no moisture will permeate the case and get into the movement. However, under certain circumstances anything can leak. Therefore, in the watch industry, we refer to a watch’s ability to withstand water pressure as water resistance. What does it mean if the back of my watch is stamped with “Water Resistant?” A watch stamped with “Water Resistant” means that it is humidity-protected. It can endure a bit of water splashes from washing your hands or being caught in the rain. However, water resistance does not mean you should swim or shower with your watch on. Water is the biggest enemy of a watch. If you go swimming or play sports, you should have your watch checked for an accurate reading of its water resistance levels every year. The outside case may look rugged and big, but the movement is very tiny and very delicate. The only thing that stands between your watch and water is a small ket, a tiny O-ring that is usually made of rubber or silicon. kets form seals around the stem of the crown, pushers, and correctors and sit inside the case and the crystal. Over time, they dry out and lose elasticity and the ability to form a proper seal. This explains why regular testing is so important for maintaining the water resistance of a