PVC fibre-reinforced hose, commonly referred to within the industry as PVC mesh hose, PVC corrugated hose or high-pressure garden hose, is emerging as an ideal alternative to traditional rubber hoses and standard plastic tubing. Its outstanding value for money and exceptional overall performance make it widely adopted for fluid transfer applications across the globe.

Structural Innovation: Three-Layer Composite, Lightweight and High-Strength

This tubing is formed through co-extrusion, tightly bonding an inner and outer layer of premium PVC flexible rubber with an intermediate layer of high-strength polyester fibre mesh reinforcement.

Inner Layer: Smooth and flat, ensuring low-resistance fluid flow while preventing residue buildup and contamination.

Reinforcement Layer: The high-strength woven fibre mesh acts as robust ‘armour’, endowing the hose with exceptional burst pressure resistance and tensile strength. This enables it to withstand working pressures far exceeding standard hoses while maintaining excellent flexibility and resistance to kinking.

Outer Layer: Resistant to abrasion, weathering, and ultraviolet radiation, effectively withstanding the corrosive effects of complex outdoor environments to extend service life.

This design renders PVC fibre-reinforced hoses one-third to one-quarter the weight of equivalent rubber hoses, substantially reducing labour intensity and transportation costs. Yet their pressure resistance remains uncompromised, typically operating at 0.6MPa to 2.0MPa or higher, perfectly balancing lightweight construction with high-pressure performance.

Versatile Applications: The Pervasive Fluid Artery

Leveraging its lightweight, pressure-resistant, corrosion-resistant, and cost-effective advantages, PVC fibre-reinforced hose has extended its reach across diverse industries:

Agricultural Irrigation and Horticulture: This represents its most classic application. Serving as the main trunk line for high-pressure sprinkler and drip irrigation systems, as well as the household garden watering hose, it effortlessly withstands the high-pressure output of pumps. Its lightweight and easy-to-roll-up nature makes it highly favoured by farmers and gardening enthusiasts.

Industrial Fluid Conveyance: Within factory workshops, it is extensively used for transporting compressed air, cooling water, diluted chemical solutions, and low-pressure oils. Its outstanding resistance to acid and alkali corrosion ensures stable performance in chemical processing and electroplating environments.

Construction and Engineering Drainage: On building sites, it serves as an effective tool for temporary drainage, foundation pit dewatering, and concrete curing water supply. Its crush resistance (when water-filled) and abrasion resistance adapt it to harsh site conditions.