ULTRA-SLIM TOILET SEAT ATTACHMENT MAKE A THOROUGH CLEANING! The Ultra-Thin Bidetis made from high-quality ABS material, ultra-thin compatible with most two-piece standard toilets. Itoffers a better toilet seat fit, reducing the risk of water splashing out of the gap.It is easy to operate and can be cleaned by turning the handle left and right without the assistance of others.Bidets are gentler and more hygienic than toilet paper.It is perfectly integrated with the toilet. It has a chrome-plated control dial which allows for adjustable water pressure, making it not only an absolutely pleasant experience but also an ideal addition to the life of anyone with mobility restrictions. All that is needed for you to choose your ideal water pressure and cleaning mode. High-Quality Components-Its made of ABS, which is safe for the environment. A brass T-shaped adapter and a braided steel cold water hose are included as accessories. The overall quality of the bidet toilet seat attachment has been improved, and traditional plastic has been replaced, increasing the bidets durability and cost-effectiveness. Dual Nozzle Cleaning Modes-SAMODRA bidetreplaces the complicated button plate with a simple rotary switch that rotates to the right for Posterior Mode (stronger water pressure with stronger cleaning strength) and to the left for Feminine Mode (relatively soft weak water pressure). The humanized design is fully reflected in both modes. Adjustable Water Pressure-The water pressure is adjusted by the ultra-slim bidet rotation controller based on the angle of rotation, with the larger the angle of rotation, the higher the water pressure. The nozzle will begin to water when it is rotated 15-20 degrees, and the water pressure will be greatest when it is rotated 90 degrees. Nozzle Protection Design-The upper part of the SAMODRA bidet nozzle is concave downward, allowing it to fit properly between the toilet pedestal ring and the nozzle. When using the toilet, it can prevent the nozzle from being broken by the toilet pedestal ring due to external force.
