Why are sintered drill filter elements better than ordinary filter elements?

　　 Sintered drill filter element Why is it better than ordinary filter elements?

　　Sintered filter elements are made of multiple layers of metal woven wire mesh, formed by lamination and vacuum sintering. The mesh holes of each layer of metal wire mesh are arranged in an interlaced manner, forming a uniform and ideal filtration structure. This overcomes the shortcomings of ordinary metal wire mesh, such as low strength, poor rigidity, and unstable mesh shape, and provides greater flexibility in controlling its cleanliness.

　　Why is a sintered drill filter element better than an ordinary filter element?

　　Sintered filter elements can reasonably match and design the pore size, permeability, and strength characteristics of the materials, thus having excellent and precise filtration accuracy, filtration resistance, mechanical strength, wear resistance, heat resistance, and processing performance. The filtration effect is easy to control, and it is widely used as an ideal filtration element.

　　Because the filtration mechanism of the sintered drill filter is surface filtration, and the mesh channel is unobstructed, it has excellent backwashing performance and can be reused repeatedly for a long time, especially suitable for continuous use. Sintered drill filter element

　　 Sintered drill filter element The main features are as follows

　　1. Stable shape, superior impact and alternating load capacity to other metal filter materials;

　　2. Good air permeability, stable separation effect;

　　3. Excellent strength, suitable for high temperature, high pressure and strong corrosive environments;

　　4. Especially suitable for high-temperature gas filtration.

　　The main difference between sintered filter elements and other filter elements is that a large number of high-precision welding processes are used, and the sintered mesh is welded to the end caps at both ends with stainless steel welding wire. The sintered mesh cannot be burnt during the welding process, preventing local burning and causing the filter element to be unable to filter. Therefore, the welding environment must be argon gas.

　　All welding tools and special welding equipment must be provided during the welding process, and the welding technology of the workers is also very strict. If the bubble test after welding leaks within the pressure range, all filter elements will be discarded. Sintered drill filter element

　　Sintered drill filter element: Application advantages of automatic filters

　　There are many types of automatic filters, such as self-cleaning filters, backwashing filters, and candle filters. Their filtration methods and respective uses are different. Automatic filters are advanced and easy-to-operate filters. Driven by a motor, it uses the pressure of the system itself and the water source to clean the filter mesh, realizing continuous and automatic filtration operation. The automatic cleaning methods of fully automatic filters include brush type, suction sweeping type, backwashing type, and diversion type. This automatic filter has the characteristics of simple structure, convenient operation, low resistance, long service life, high degree of automation, remote control, and small flushing water volume.

　　When the fully automatic filter is working, unclean water enters the filter from the lower chamber and enters the inner chamber through the baffle holes. At this time, large impurities are intercepted, and the clean liquid passes through the gap to reach the upper chamber, and then is sent out from the outlet, thus completing the entire filtration work and obtaining clean liquid. Below, we will briefly introduce the application advantages of fully automatic filters.

　　Sintered drill filter element: Application advantages of automatic filters

　　1. The humanized design of the control display interface makes the operation very simple;

　　2. No exposed wiring on the outer surface, stable and reliable;

　　3. The automatic filter has high filtration accuracy, up to 3um;

　　4. Control interface: digital display, knob, switch; Sintered drill filter element

　　5. Drive mode: electric, pneumatic;

　　6. Control method: pressure difference, time, manual control design;

　　7. Special filter unit structure design, sturdy and durable; Sintered drill filter element

　　8. Unique cleaning design, realizing low load, low head, and uniform sewage discharge;

　　9. The direction of the electrical control box panel can meet the user's requirements and can be adjusted at will;

　　10. Automatic filtration can design a suitable filtration system according to the customer's working conditions.