Anti-Clogging Drip Emitters & Monitoring Tools
◆ Our products are not oriented towards a "single specification", but rather provide corresponding anti-clogging and precision irrigation solutions based on different water quality conditions, system requirements and management goals.
◆ From continuous sewage discharge under extreme water quality conditions to stable flow control and real-time verification of irrigation effects, a complete engineering application framework is formed.
Product Content
Anti-clogging drip irrigation product series
Designed specifically for well water, high ferrous ion, high impurity, and unstable water quality environments, it solves the long-term clogging problem of drip irrigation systems from a structural perspective.
Product-A: Typical floating drip emitter
Product positioning
Anti-clogging design prioritizing maximum wastewater discharge capacity under extreme water quality conditions.
Design features
◆ Adopts a floating sewage discharge structure
◆ Possesses extremely strong automatic sewage discharge capabilities.
◆ Continuously removes sediment and iron particles
◆ The flow rate varies with system pressure, making it an unstable flow design.
Applicable Scenarios
◆ Well water with high ferrous ion, high impurities, and high EC value
◆ Applications where anti-clogging requirements outweigh flow uniformity
◆ An environment that ensures "unblocked operation for extended periods" is required.
This product is designed with a focus on "ensuring a continuous flow of water," making it particularly suitable for the harsh conditions where traditional drip irrigation heads are prone to rapid clogging.
Product-B: Pressure-compensating floating drip emitter
Product positioning
Product design that strikes a balance between anti-clogging capability and flow stability.
Design features
◆ Continuous floating anti-clogging structure
◆ Its sewage discharge capacity is gentler than that of typical floating drip emitter.
◆ Provides a relatively stable water flow rate
◆ High-efficiency long-distance management and most agricultural systems
Applicable Scenarios
◆ Moderate to high blockage water quality
◆ Applications requiring a balance between stable flow and system reliability
The design focus of this product is to reduce maintenance requirements while maintaining better irrigation uniformity.
Smart irrigation monitoring
Use data to verify irrigation results, ensuring that drip irrigation not only "works", but "works correctly".
Product-C: Wireless Soil Sensor
Core Functions
◆ Wireless dual-mode communication design
● Wi-Fi: Remote real-time monitoring of soil data
● Bluetooth: Fast data reading at close range
◆ Allows for real-time observation of changes in soil,moisture,temperature, and EC values.
◆ Assists in judging the actual irrigation effect
Project value
◆ Verify that the drip irrigation system is functioning properly.
◆ Detect problems of insufficient (especially in summer) or excessive irrigation early.
◆ Supports more precise liquid fertilizer management decisions
This sensor is not simply an IoT device, but an engineering tool used to verify the actual performance of a drip irrigation system .
How to Select the Right Product
Product selection should always begin with water conditions, not price.
We typically evaluate:
• Water source and clogging risk
• Required flow stability
• System layout and pressure variation
• Maintenance accessibility
Based on these factors, we recommend a suitable emitter configuration and monitoring approach.
