News

Daily Cleaning: • Rinse with water • Wipe with a soft sponge and neutral detergent • Rinse thoroughly with hot water • Dry with a microfiber cloth Deep Cleaning: • Sprinkle with baking soda • Spray with white vinegar • Let it sit and scrub • Rinse thoroughly • Dry • Lightly wipe the sink surface with a small amount of stainless steel polish

PVD coating (Physical Vapor Depsosition) is a coating technology that deposits metal or ceramic materials onto the surface of a 304 stainless steel sink in a vacuum environment through physical vaporization, evaporation, or sputtering. This process does not involve chemical reactions, resulting in a high-purity, dense, and strongly adhesive coating.

It evaporates a metal target into ions, which are then deposited onto the surface of a 304 stainless steel sink, forming a dense, strong, and corrosion-resistant metal film. This film is very thin, yet possesses extremely high strength and adhesion, significantly enhancing the appearance and performance of the 304 stainless steel sink.

To prevent water stains from accumulating on the surface of stainless steel kitchen faucets, wipe the faucet surface dry immediately with a clean, soft cloth after each use, especially areas prone to water residue such as the faucet bends, base, and spout.

From the perspective of material and structure, stainless steel undermount sinks inherently have good waterproof performance. As long as the sink material is qualified and the sink body has no cracks, it will not leak due to the sink itself during daily use.

If you care about maintaining a perfect surface appearance, composite sinks are more scratch-resistant; If you prioritize impact resistance and long-term stable use, stainless steel sinks are more durable.

Minor Scratches are Not Permanent Most of the fine scratches seen on stainless steel kitchen sinks are actually minor surface wear. These scratches are typically: • Very shallow • Irregularly distributed • More noticeable when the angle of light changes • Can be faded or even disappeared with appropriate methods

Moderately increasing the thickness can indeed enhance the stability and lifespan of the sink. However, beyond a certain range (such as exceeding 1.5mm), the benefits diminish significantly. For example: • Limited increase in strength from thicker sinks; • Significantly increased weight, making installation more difficult; • Increased cost, but little improvement in daily user experience.

Many people worry: Will stainless steel kitchen sinks be unstable when installed under the countertop? In fact, stainless steel undermount sinks are very reliable in terms of load-bearing capacity and durability. Compared to ceramic or granite sinks, stainless steel is lighter, placing less strain on the countertop and making undermount installation safer.

Many people, upon hearing "316 is better than 304," mistakenly believe that a higher-grade material must be more suitable for the kitchen. This is a common misconception. 304 can easily resist common kitchen irritants such as water, salt, alkali, and grease. The "extra corrosion resistance" of 316 is almost meaningless in a typical home environment.