Medium Duty PVC Layflat Hose (6 Bar / 90 PSI)
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  • Medium Duty PVC Layflat Hose (6 Bar / 90 PSI)

Medium Duty PVC Layflat Hose (6 Bar / 90 PSI)


Classification:

PVC Layflat Hose

Keywords:

Medium Duty PVC Layflat Hose (6 Bar / 90 PSI)

Quick Overview:

The 6 Bar PVC Layflat Hose is a professional-grade, medium-duty discharge solution engineered for high-volume water transfer. Manufactured using an advanced one-step extrusion process, it features high-tensile polyester reinforcement for superior burst strength and kink resistance. This hose is specifically designed for demanding agricultural irrigation, industrial dewatering, and construction sites requiring reliable performance under a 90 PSI working pressure.

Description

 

Medium Duty PVC Layflat Hose (6 Bar / 90 PSI)

 

The 6 Bar PVC Layflat Hose (Medium Duty) represents a significant upgrade in pressure capacity for professional fluid transfer applications. Engineered to withstand constant working pressures of up to 90 PSI, this hose is the preferred choice for long-distance water delivery and high-head pumping systems in mining, civil engineering, and large-scale agriculture.

Its seamless, homogenous wall construction ensures consistent performance under variable loads, providing a leak-proof solution that minimizes operational downtime. Formulated with high-grade UV-stabilized PVC, the Papageno 6 Bar hose maintains its structural integrity across a wide temperature range, resisting the hardening and cracking typical of standard alternatives.

 

Construction: 

Tube & Cover: High-grade, UV-stabilized PVC; simultaneously extruded in a one-step process to create a seamless, integrated wall.

Reinforcement: Embedded 3-ply high-tenacity polyester yarn, cross-woven for maximum longitudinal stability and burst resistance.

Bonding: Advanced thermal bonding technology ensures the reinforcement is fully integrated within the PVC wall, eliminating the risk of delamination.

Internal Surface: Ultra-smooth bore to minimize turbulence and friction loss, optimizing pumping efficiency.

 

Key Features & Performance:

90 PSI Rated Performance: Engineered for a stable 6 Bar working pressure with a 3:1 safety factor against bursting.

Zero Delamination: The one-step extrusion process creates a homogenous structure, preventing layer separation and pinhole leaks.

High-Tenacity Strength: Premium polyester reinforcement ensures the hose maintains its diameter and shape under high-pressure loads.

Weather & UV Resistance: Formulated to withstand harsh sunlight and extreme weather, preventing premature aging and brittleness.

Superior Handling: Offers an ideal balance of pressure capacity and flexibility for rapid deployment and retrieval across rugged terrains.

 

Application:

Industrial Dewatering: High-head water discharge for construction sites, municipal drainage, and flood control.

Mining & Energy: Reliable fluid transfer in quarries, open-pit mines, and oil & gas exploration.

Agricultural Irrigation: High-pressure water delivery for sprinkler systems and manure spreading.

Civil Engineering: Efficient bypass pumping and large-scale water supply projects.

 

Specification:

 

Part No.

 Inch 

  I.D. (mm)

Thickness (mm)

W.P.@23℃(Bar)

B.P.@23℃(Bar)

Length (M/Roll)

Weight (Kg/Roll)

GNLF2006

3/4"

20

1.35

6

18

100

11

GNLF2506

1"

25

1.30

6

18

100

16

GNLF3206

1-1/4"

32

1.20

6

18

100

19

GNLF3806

1-1/2"

38

1.20 

6

18

100

22

GNLF5106

2"

51

1.35

6

18

100

30

GNLF6406

2-1/2"

64

1.55 

6

18

100

43

GNLF7606

3"

76

1.50

6

18

100

50

GNLF10306

4"

103

1.90

6

18

100

80

GNLF12706

5"

127

2.00

6

18

100

108

GNLF15306

6"

153

2.40

6

18

100

160

GNLF20305

8"

203

2.60

5

15

100

220

 

 

Frequently Asked Questions (FAQ)

 

Q: What is the burst pressure safety factor for a 6 Bar industrial PVC layflat hose?

A: A 6 Bar (87 PSI) layflat hose requires a 3:1 safety factor, establishing an 18 Bar (261 PSI) burst limit. The embedded 3-ply high-tenacity polyester reinforcement controls longitudinal elongation and maintains structural diameter during high-head dewatering pump surges. 

 

Q: How does one-step extrusion prevent layer delamination in heavy-duty dewatering hoses? 

A: One-step simultaneous extrusion thermally bonds the UV-stabilized PVC tube and cover through the polyester mesh matrix. This homogeneous wall construction eliminates mechanical layer separation and pinhole leaks under continuous 6 Bar fluid loads across a -10°C to +60°C thermal range.

 

Q: What mitigates internal friction loss in 6 Bar long-distance layflat hoses? 

A: The hose utilizes a calibrated internal PVC bore designed to minimize fluid turbulence and friction pressure drops over extended routing distances. This internal dimensional geometry optimizes hydraulic efficiency for continuous heavy-duty fluid transfer and long-range agricultural pump deployment. 

 

 

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