Brush Cutter
Honda Brush Cutter UMK435T U2NT
Honda Brush Cutter UMK435T UENT
Honda Brush Cutter UMK425T U2ST
Honda Brush Cutter UMK450T U2NT
Honda Brush Cutter UMK450T UTNT
Honda Brush Cutter UMR435T L2ST
Honda Brush Cutter UMR435T LEDT
Stihl Brush Cutter FS 230
Stihl Brush Cutter FS 120
Stihl Brush Cutter FS 250
Texas Brush Cutter BC358D
Texas Brush Cutter CG430B (P)
Makita Brush Cutter RBC411U
Makita Brush Cutter EM2500U
Makita Brush Cutter UR006GZ02
Texas Brush Cutter TX 1437 B
HTP Sprayer
Hedge Trimmer
Concrete Vibrator
Dosatron Hydraulic Pump
Sand Filter
Metal Hydrocyclone Filter
Plastic Hydrocyclone Filter
Disk Filter
Metal Screen Filter
Plastic Screen Filter T-type
Plastic Screen Filter Y-type
Drip Lateral Pipes
Emitting Pipe Systems
Micro Tubes
Air Release Valve
Micro Sprinklers
Rain Gun
Plain Lateral Pipe
Rain Pipe
Sprayer Manual
Milking Machine Manual
Coconut Climber
The specifications provided represent various sizes and flow rates of hydrocyclone filters, each tailored to meet specific needs in liquid filtration applications. The 2" hydrocyclone filter with a flow rate of 15 cubic meters per hour is designed for more moderate filtration requirements. 2" hydrocyclone filter boasting a flow rate of 20 cubic meters per hour provides slightly higher capacity. 3" hydrocyclone filter with a flow rate of 30 cubic meters per hour offers enhanced filtration capabilities, making it suitable for medium-sized industrial or agricultural operations where a greater volume of liquid needs to be processed effectively. Finally, the 3" hydrocyclone filter with a flow rate of 50 cubic meters per hour represents a robust solution for demanding filtration tasks in larger-scale applications.
The disk filter is a crucial component within irrigation systems, renowned for its efficiency in removing solid particles and debris from water. Featuring a series of stacked, grooved disks housed within a cylindrical chamber, this filter utilizes gravity and hydrostatic pressure to facilitate the filtration process. As water passes through the disks, suspended solids are trapped within the grooves while the clean water continues to flow through. The trapped particles form a cake-like layer on the disks, which enhances filtration efficiency by further capturing smaller particles.