Super Flexible & Durable TPU Lay Flat Hose

The ultimate high-pressure, large-diameter solution for efficient agricultural irrigation, water transfer, and industrial applications. Combines extreme flexibility with unmatched durability.

Lightweight & Easy to Roll

Extreme Weather Resistance (-40°C ~ 70°C)

High Pressure & Large Flow

Wear & Corrosion Resistant

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Why Choose Our TPU Lay Flat Hose?

Lightweight & Portable

Empty hose can be rolled flat, saving over 70% storage & transport space compared to traditional rigid pipes. Easy to deploy and retrieve.

Superior Durability

TPU inner/outer layer with high-strength polyester braiding resists abrasion, tearing and a wide range of chemicals.

Wide Temperature Range

Maintains flexibility and performance from -40°C to +70°C. Will not harden or become brittle in cold environments, ensuring year-round use.

High Pressure Capacity

Withstands working pressures up to 4.2 MPa (600+ PSI) depending on diameter. Burst pressure is 3x the working pressure for safety.

Waterproof and Pollution Resistance

Meet the safety evaluation standard requirements of GB/T17219.

UV Resistance

Observed under a 2x magnifying glass, there are no cracks in the outer rubber layer of the hose.

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Technical Specifications & Parameters

Available in a full range of diameters from 1" to 14" (25mm to 356mm). Custom lengths up to 200 meters per hose. Below are the standard specifications.

Inch	Inside Diameter (mm)	Working Pressure	Burst Pressure	Thinckness (mm)	Weight (kg/m)	Length (m)
	mm	MPa / BAR / PSI	MPa / BAR / PSI	mm	Kg/m	m
1”	25+1.5	1.0 / 10 / 150 1.6 / 16 / 240	3.0 / 30 / 450 4.8 / 48 / 720	2.5~3.0	0.20~0.30	20~200
2”	51+1.5	1.0 / 10 / 150 1.6 / 16 / 240	3.0 / 30 / 450 4.8 / 48 / 720	2.5~3.0	0.29~0.55	20~200
2.5”	63.5+1.5	1.0 / 10 / 150 1.6 / 16 / 240	3.0 / 30 / 450 4.8 / 48 / 720	2.5~3.0	0.45~0.75	20~200
3”	76+2.0	1.0 / 10 / 150 1.6 / 16 /240	3.0 / 30 / 450 4.8 / 48 / 720	2.8~3.5	0.60~1.0	20~200
4”	102+2.0	1.6 / 16 / 240 2.0 / 20 / 300 2.8 / 28 / 420	4.8 / 48 / 720 6.0 / 60 / 900 8.4 / 84 / 1260	4.0~5.0	1.0~1.80	20~200
5”	127+2.0	1.6 / 16 / 240	4.8 / 48 / 720	4.0~5.0	1.2~2.0	20~200
6”	152+2.0	1.6 / 16 / 240 2.8 / 28 / 420 4.2 / 42 / 630	4.8 / 48 / 720 8.4 / 84 / 1260	3.9~5.5	2.0~4.0	20~200
8”	203+2.0	1.6 / 16 / 240 2.0 / 20 / 300	4.8 / 48 / 720 6.0 / 60 / 900	3.8~4.5	3.0~4.2	20~200
10”	254+3.0	1.3 / 13 / 195 1.6 / 16 / 240	3.9 / 39 / 585	4.6~5.5	4.2~6.0	20~200
12”	305+3.0	1.0 / 10 / 150 1.3 / 13 / 195	3.0 / 30 / 450	4.0~5.0	4.5~5.5	20-200

Note: The hose is composed of a TPU inner layer, fiber-reinforced braided layer with optional conductive wires, and a TPU outer layer. All data are based on standard manufacturing.

Quality Assured & Certified

ISO 9001 Certified

Our manufacturing process is certified to the international quality management standard, ensuring consistent product excellence.

Rigorous Testing

Every batch undergoes tests for tensile strength, elongation, abrasion, UV/ozone resistance, and hydrostatic pressure.

Global Applications

Proven in demanding sectors worldwide: agriculture, mining, firefighting, oil & gas, and industrial water management.

*Full Test Reports & ISO 9001*

Wide Range of applications

Agricultural Irrigation & Water Supply

Mainline or portable system for fields, orchards, and greenhouses. Large diameter enables high-flow, efficient watering.

Industrial Water & Wastewater

Transfer of process water, cooling water, or industrial effluent. Resists chemicals and abrasion in tough environments.

Firefighting & Emergency

Remote water supply for firefighting, mine rescue drainage, and urban emergency flood control. Fast deployment is critical.

Oil, Gas & Mining

Fracturing water supply, oil transfer (with conductive wire option), and mine dewatering. Built for extreme conditions.

Detailed Performance Indicators

The material meets or exceeds the following technical benchmarks for both inner and outer layers.

Parameters	Indicator	Inner Layer	Outer Layer
Under natural state	Tensile Strength, MPa ≥	20	20
Under natural state	Tensile elongation, % ≥	350	350
Air aging (70℃±2℃x168h)	Tensile strength retention, % ≥		80
Air aging (70℃±2℃x168h)	Tensile elongation retention rate, % ≥		80
Performance after exposure to liquid（23℃±2℃x72h）	Tensile strength retention, % ≥	70	70
Performance after exposure to liquid（23℃±2℃x72h）	Tensile elongation retention rate, % ≥	70	70
Performance after exposure to liquid（23℃±2℃x72h）	volume expansion, % ≤	40	70
Performance after water immersion（23℃±2℃x14d）	Tensile strength retention, % ≥	70	70
Performance after water immersion（23℃±2℃x14d）	Tensile elongation retention rate, % ≥	70	70
Acid and alkali resistance	Tensile strength retention, % ≥	70	70
Acid and alkali resistance	Volume expansion, % ≤	40	40
Brittleness temperature, ℃ ≤		-55	-55