Manual Disc Filters are essential for efficient water filtration in irrigation and industrial systems. These filters use a stack of grooved discs that capture and retain debris, ensuring clean and consistent water flow. Designed for durability and ease of maintenance, the discs can be manually removed and cleaned to restore optimal performance. Ideal for filtering fine particles, sand, and organic matter, they enhance system longevity and efficiency. Available in various sizes and configurations, Manual Disc Filters provide a reliable and cost-effective solution for diverse filtration needs.
Manual Disc Filters offer efficient filtration for irrigation and industrial systems. Designed with stacked discs, they trap debris effectively. Easy to clean, durable, and ideal for removing fine particles from water sources.
There are four basic grades available in manual disc filter:
Leading Manufacturer of Resin Coated Product, 15mm Product, 12mm Product, 10mm Product, 9mm Wooden Product and Commercial Product
Material: | High-grade UV-resistant polypropylene for durability and corrosion resistance. |
Material: | Filtration Type: |
Disc filtration with grooved discs stacked together for efficient particle capture. | 0.5 HP – 3 HP (Varies by Model) |
Filtration Degree: | Available from 20 to 400 microns. |
Connection Type: | Threaded or flanged connections, customizable as per system requirements |
Pressure Rating: | Suitable for operating pressures up to 10 bar (145 psi). |
Flow Rate: | Ranges from 5 to 50 cubic meters per hour, depending on size and model. |
Cleaning: | Manual disassembly and washing for maintenance. |
Applications: | Ideal for agricultural irrigation, industrial water systems, and municipal water supplies |
Temperature Range: | Operates efficiently within 5°C to 60°C. |
Sizes Available: | From 1 inch to 4 inches in diameter. |
A pop-up spray head is a retractable sprinkler that provides efficient and uniform water distribution. It remains hidden when not in use, offers adjustable spray patterns, and ensures optimal irrigation for lawns, gardens, and landscapes.
Material: | High-quality, UV-resistant plastic and corrosion-resistant components |
Pop-Up Height: | Available in 2", 4", 6", and 12" models |
Spray Patterns: | Fixed and adjustable nozzles (full-circle, half-circle, quarter-circle, strip, and specialty patterns)) |
Spray Radius: | 5 to 15 feet (varies by model) |
Operating Pressure: | 20-70 PSI for optimal performance |
Flow Rate: | Varies based on nozzle type, typically 0.5 – 4.5 GPM |
Water Efficiency: | Pressure-regulated models available to reduce water waste |
Installation Type:: | In-ground with easy screw-on nozzle replacement |
Maintenance: | Clog-resistant design with easy-access filter screen |
Application: | Residential and commercial landscapes, gardens, parks, and sports fields |
Compatibility: | Works with standard irrigation systems and controllers |
A manual disc filter is a type of irrigation filter that uses a stack of grooved plastic discs to trap particles and debris from water. The discs create narrow channels that capture contaminants while allowing clean water to flow through.
Water passes through the stacked discs, and particles are trapped in the grooves between the discs. When the filter becomes clogged, the discs can be separated manually for cleaning, allowing removal of trapped debris and restoring water flow.
They are commonly used in agricultural irrigation systems, nurseries, and landscapes where moderate filtration is needed and manual cleaning is feasible. They are suitable for drip, micro, and sprinkler irrigation.
Manual disc filters provide effective filtration for suspended solids, have a compact design, and require no electricity or complex mechanisms. They are cost-effective and easy to maintain, making them ideal for small to medium irrigation systems.
Cleaning involves stopping the flow, opening the filter housing, separating the discs, rinsing them with water to remove debris, and then reassembling the filter. This process requires manual effort but is straightforward.