Heavy Duty PVC Layflat Hose (10 Bar / 145PSI)
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  • Heavy Duty PVC Layflat Hose (10 Bar / 145PSI)

Heavy Duty PVC Layflat Hose (10 Bar / 145PSI)


Classification:

PVC Layflat Hose

Keywords:

Heavy Duty PVC Layflat Hose (10 Bar / 145PSI)

Quick Overview:

The Heavy-Duty PVC Layflat Hose—a 10-bar flat discharge line—is a high-flow fluid conduit constructed with chemical-resistant PVC and high-tenacity polyester cord reinforcement. Engineered for heavy dewatering across mining, quarrying, and dredging applications, this UV-stabilized structure withstands severe external abrasion, maximizing field longevity to minimize total ownership costs.

Description

 

Heavy Duty PVC Layflat Hose (10 Bar / 145PSI)

 

The 10 Bar Heavy Duty series is a high-performance piping solution designed for rapid deployment. As a flexible alternative to rigid HDPE or steel pipes, it maintains its structural integrity under constant pressure, minimizing elongation and "snaking" over uneven terrain. The heavy-gauge, UV-stabilized wall provides the requisite durability for mission-critical operations in mining, construction, and emergency bypass systems.

 

Construction: 

Tube & Cover: Premium UV-stabilized PVC; integrated through a one-step extrusion to form a homogenous, leak-proof wall.

Reinforcement: 3-ply high-tenacity polyester yarn, precision-woven to handle extreme hoop stress and prevent stretching.

Surfaces: Ultra-smooth internal bore for maximum flow; available in a smooth finish or a ribbed cover for extra abrasion resistance.

 

Key Features & Performance:
145 PSI Rated Capacity: Built for heavy-duty service with a 3:1 safety factor against bursting.

Anti-Stretch Architecture: Precision-woven reinforcement prevents the hose from twisting or elongating under peak loads.

Zero-Delamination: The homogenous one-step wall ensures no layer separation or pinhole leaks.

Extreme Weather Resistance: Advanced UV-stabilizers prevent cracking and hardening in intense sun or harsh climates.

High Flow Efficiency: The ultra-smooth inner lining reduces friction loss, lowering pumping energy costs.

 

Application:

Mining & Quarries: High-head dewatering and slurry transfer.

Agriculture: Mainline supply for high-pressure irrigation and manure injection.

Construction: Temporary bypass systems and large-scale site drainage.

Municipal: High-volume flood control and emergency water supply.

Oil & Gas: Reliable water transfer for drilling operations.

 

Specification:

Part No.

 Inch  

 I.D. (mm)

Thickness (mm)

W.P.@23℃(BAR)

B.P.@23℃(BAR)

Length (M/Roll)

Weight (Kg/m)

GNLF2010

3/4"

20

1.55

10

30

50

0.14

GNLF2510

1"

25

1.80

10

30

50

0.20

GNLF3210

1-1/4"

32

1.50

10

30

50

0.21

GNLF3810

1-1/2"

38

1.70

10

30

50

0.29

GNLF5110

2"

51

1.80

10

30

50

0.42

GNLF6410

2-1/2"

64

1.90

10

30

50

0.70

GNLF7610

3"

76

2.55

10

30

50

0.85

GNLF10310

4"

103

2.70

10

30

50

1.20

GNLF15308

6"

153

3.00

8

24

50

2.00

GNLF20306

8"

203

3.20 

6

18

50

2.80

 

 

Frequently Asked Questions (FAQ)

 

Q: How does a 10 Bar heavy-duty PVC layflat hose reduce replacement frequency in mining dewatering?

A: Extruded high-density PVC compounds provide higher abrasion resistance against sharp aggregates than standard light-duty hoses. Rated for 10 Bar (145 PSI) continuous pressure, this specific construction mitigates exterior wear in open-pit mining and dredging, directly extending operational deployment cycles. 

 

Q: What prevents 10 Bar layflat hoses from bursting or snaking during high-head slurry pumping?

A: A 3:1 safety factor establishes a 30 Bar (435 PSI) minimum burst limit. The integrated high-tenacity thick polyester cord reinforcement strictly controls longitudinal elongation and radial expansion, preventing hose snaking and tube blowouts during dynamic pump surges down to -10°C. 

 

Q: Are 10 Bar heavy-duty layflat hoses compatible with standard industrial pump coupling systems? 

A: These hoses maintain precise dimensional tolerances for direct integration with standard Bauer, Storz, and Camlock fittings. To secure the 10 Bar working pressure, mechanical assembly strictly requires double-bolt clamps or factory-crimped sleeves. Indelible layline printing ensures exact manufacturing batch traceability. 

 

 

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