8.5 MM High Pressure hose with 1/4 M/F attachment 50 mt roll
Out of stock
Non-Cancelable
Non-Returnable
Category :Hose and Guns
Sold By :Agrioxen
An 8.5 mm high-pressure agricultural hose isa flexible, durable tube for spraying pesticides, fungicides, and fertilizers, designed to handle high-pressure water flow and withstand tough field conditions.It features a multi-layered construction (5 layers) made from materials like PVC for strength and leak-proof performance. Key characteristics include its 8.5 mm diameter for optimized flow, compatibility with HTP (high-pressure) pumps and sprayer guns, and often available lengths like 50 meters for broad coverage.
Key Features & Benefits
High Pressure Capacity:
Engineered to withstand the high-pressure demands of agricultural spraying equipment, ensuring consistent performance.
Multi-Layered Construction:
Typically made with 5 layers of strong materials (like PVC) to provide superior durability, flexibility, and resistance to kinks, wear, and cracks.
Optimized Flow Rate:
The 8.5 mm diameter is designed for efficient water flow, crucial for effective spraying operations.
Durability & Flexibility:
Despite being heavy-duty, the hose is designed to be flexible and manageable for ease of handling around fields.
Leak-Proof:
The robust construction and strong joints prevent leaks, which is essential for the reliable application of agricultural chemicals.
Versatile Application:
Suitable for spraying pesticides, herbicides, and liquid fertilizers, as well as general irrigation and cleaning tasks.
Compatibility:
Designed to be compatible with standard HTP pumps and various sprayer guns.
Weather & UV Resistance:
Engineered to perform reliably in various weather conditions and resist UV radiation for longer life.
Common Specifications
Diameter:8.5 mm (internal)
Construction:5-layer PVC construction
Length:Often available in lengths like 50 meters or 100 meters for extensive reach
Pressure Rating:Varies by model, but designed for high-pressure applications, with some exceeding 200 kgf/cm²