Square stainless steel floor drain

Products Description:

The stainless steel floor drain can ensure the indoor air is clean, and the high-quality stainless steel floor drain can effectively block the odor. There are many types of stainless steel floor drains on the market, but few can really prevent odor. If the floor drain cannot stop the floor drain, it will pollute the family environment and endanger the family health, so you must understand the characteristics of the stainless steel floor drain before purchasing.

What are the characteristics of stainless steel floor drain

1. Excellent mechanical properties, made of stainless steel with tensile strength greater than 530N/mm, twice that of galvanized pipe, 3-4 times that of copper pipe and 8-10 times that of PPR pipe. Ductility and toughness.
2. Excellent wear resistance. Stainless steel floor drain has wear resistance. The water velocity at the nozzle end can reach more than 60m/s, and the service life is still more than 100 years.
3. Excellent corrosion resistance. The thin and dense chromium rich oxide film on the surface is a stainless steel floor drain with excellent corrosion resistance.
4. Good temperature resistance, stainless steel floor drain has good temperature resistance. Even if it works at - 270 ℃ - 400 ℃ for a long time, no harmful substances will be precipitated at high or low temperatures, and the material performance is very stable.
5. It is conducive to saving water resources. Stainless steel floor drain can reduce the possibility of water leakage caused by external forces, reduce the leakage rate, and effectively protect and use water resources.

Classification of stainless steel floor drains

1. Traditional water sealed floor drain

The problem with this floor drain: Advantages: It is cheap and widely used in products provided by builders of empty houses. Disadvantages: poor self-cleaning ability, easy to block, difficult to clean; Slow drainage

2. Floor drain with eccentric block

The sealing washer is sealed by gravity eccentric principle, one side is fixed with a pin, and the lead block. This structure was initially horizontal, and later evolved into vertical and vertical structures with water seals. When draining, the gasket opens under the action of water pressure. After the drainage is completed, the gasket is closed under the weight of the lead block.

3. Spring type ground

The gasket at the lower end of the spring tension seal core was omitted for sealing. When there is no water or little water in the local leakage, the gasket will be stretched upward by the spring to close the pipe. When the water in the local leakage reaches a certain height, when the water gravity exceeds the spring force, the spring will press the water down, open the washer, and the drainer will automatically discharge.

4. Magnetite floor drain

The floor drain has a structure similar to the spring type and is sealed by the magnetic attraction of two magnets. When the water pressure is greater than the magnetic force, the gasket is opened to discharge downward. After drainage, the water pressure decreases; When the drainage pressure is less than the magnetic force, the magnet block is attracted and the washer is pulled upward.

5. Gravity floor drain

No water seal is required, no external force such as spring or magnet is used, and the balance between the gravity of water flow and the internal float ball of the floor drain is used to automatically open and close the seal cover. This mode is similar to the spring type, except that the spring force is converted to buoyancy to drive the mechanical tension.

6. Silicone floor drain

Use two thin pieces of silicone or silicone bags with openings at the bottom to seal. During drainage, the bottom of the silicone is washed off with water. After the drainage is completed, the bottom of the silicone will automatically adhere due to its own elasticity, and the residual water will lead to openings, thus achieving deodorization effect.