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Wire Braid Hydraulic Hose

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MOQ : 50 Meters

Wire Braid Hydraulic Hose Specification

Tensile Strength
180 MPa

Weight
Varies per size and length

Rubber Type
Nitrile Butadiene Rubber (NBR)/Synthetic Rubber

Temperature Resistance
-40C to +100C (continuous)

Flame Resistance Level
Meets ISO and SAE flame resistance standards

Diameter
1/4 inch to 2 inch

Width
Custom or as required

Length
20 m, 40 m, 50 m, or as required

Style
Reinforced

Resistance level
High (Oil, Abrasion, Weather)

Usage & Applications
High pressure hydraulic systems, industrial and construction machinery, earthmoving equipment, mining machines, hydraulic oil delivery

Thickness
Depending on hose size, typically 3.2 - 8.5 mm

Surface Finish
Smooth or wrapped

Color
Black

Density
1.25 Gram per cubic centimeter(g/cm3)

Natural Rubber
Blended with synthetic rubber (mainly NBR, SBR)

Part Type
Hydraulic Hose

Hardness
72 5 Shore A

Size
1/4 to 2 (Inner Diameter)

Thermal Conductivity
Low

Product Type
Wire Braid Hydraulic Hose

Tolerance
0.5 mm (on ID and OD)

Material
Oil-resistant synthetic rubber, high tensile steel wire braid

Water Absorption
Negligible

Feature
High Pressure, Abrasion Resistant, Flexible

Components
Inner tube, wire braid reinforcement, outer cover

Maximum Working Pressure
Up to 4450 psi (310 bar), varies with hose size

Braid Layer
Single or double high tensile steel wire braid

Reinforcement Type
High strength steel wire braid

Inner Tube Material
Oil-resistant synthetic rubber

Minimum Bend Radius
As per size, e.g., 100 mm for 1/2" ID hose

Cover
Weather and abrasion resistant synthetic rubber

Ozone Resistance
Excellent

Burst Pressure
Up to 4 times the working pressure (dependent on size)

Wire Braid Hydraulic Hose Trade Information

Minimum Order Quantity
50 Meters

Supply Ability
Meter

Delivery Time
1 Week

About Wire Braid Hydraulic Hose

Wire Braid Hydraulic Hose

CONSTRUCTION: This hose consists of an inner tube of oil synthetic rubber, single wire braid reinforcement, and an oil and weather resistant synthetic rubber cover

APPLICATIONS: Hose range suitable to carry hydraulic fluids such as glycol, mineral oils fuels, lubrication, emulsion, hydrocarbons etc.

WORKING TEMPERATURE: From -40°C up to+ 100°C

Specification

Hose ID		Wire OD	Hose OD	Working Pressure		Burst Pressure		Minimum Bend Radius	Weight
Inch	mm	mm	mm	BAR	Psi	BAR	Psi	mm	Kg/m
1/4	6.4	12.7	15.0	400	5800	1600	22840	100	0.33
5/16	7.9	14.3	16.6	360	5250	1440	20000	115	0.39
3/8	9.5	16.7	19.0	331	4800	1320	18840	130	0.50
1/2	12.7	19.8	22.2	276	4000	1100	15720	180	0.59
5/8	15.9	23.0	25.4	250	3630	1000	14280	200	0.70
3/4	19.0	27.0	29.3	215	3120	850	12280	240	0.86
1	25.4	34.9	38.0	165	2400	650	9420	300	1.28
1-1/4	31.8	44.5	48.3	125	1820	500	7140	420	2.02
1-1/2	38.1	50.8	54.6	90	1310	360	5140	500	2.23
2	50.8	63.5	67.3	80	1160	320	4560	630	2.85

High-Strength Wire Braid Reinforcement

Our hydraulic hoses employ advanced high tensile steel wire braid technology, offering superior strength and burst pressure capabilities for enhanced system safety. The braided layer ensures consistent performance under variable load conditions and helps extend the hose lifespan in challenging environments.

Resilient Synthetic Rubber Construction

The oil-resistant synthetic rubber inner tube, primarily blended with NBR and SBR, provides excellent resistance to hydraulic oils and fuels. Coupled with a tough synthetic outer cover, the hose stands up to abrasion, ozone, and adverse weather, maintaining durability across a wide temperature range from -40C to +100C.

Versatile Application Range

Designed for versatility, these hoses suit a broad spectrum of hydraulic systems and machinery. Trusted in industrial, earthmoving, construction, and mining sectors, they deliver flexibility and pressure reliability necessary for demanding equipment operations and hydraulic fluid delivery.

FAQs of Wire Braid Hydraulic Hose:

Q: How does the wire braid reinforcement benefit hydraulic hose performance?

A: The high tensile steel wire braid reinforcement significantly increases the hoses strength, allowing it to withstand higher burst pressures and working loads. This construction ensures improved reliability and longer service life in high-pressure hydraulic systems.

Q: What types of industries commonly utilize wire braid hydraulic hoses?

A: Wire braid hydraulic hoses are widely used across industries such as construction, earthmoving, mining, industrial machinery, and hydraulic oil delivery systems due to their flexibility, pressure resistance, and durability under tough conditions.

Q: When should I choose a double wire braid over a single braid hose?

A: Opt for double wire braid hoses when your application demands higher working pressures or additional burst resistance, such as in heavy-duty machinery or environments with intense hydraulic load cycles.

Q: Where can I install wire braid hydraulic hoses for optimal performance?

A: These hoses are best installed in hydraulic circuits exposed to high pressure, abrasive conditions, and frequent movementsuch as actuators, earthmovers, mining machines, industrial presses, and fluid power systems.

Q: What is the process for selecting the appropriate hose size and pressure rating?

A: To select the correct hose, consider your systems maximum working pressure, burst pressure requirements, and minimum bend radius. Also, ensure the inner diameter matches the hydraulic flow needs and size tolerances for secure installation.

Q: How does the hoses synthetic rubber composition resist oil, abrasion, and weathering?

A: The inner tube and cover are crafted from blends of oil-resistant synthetic materials like NBR and SBR, offering exceptional resistance to hydraulic fluids, harsh weather, and mechanical abrasion, ensuring reliable performance even in severe working environments.

Q: What are the primary benefits of using these hydraulic hoses in fluid power systems?

A: Key benefits include high pressure resistance, long-term flexibility, excellent oil and weather resistance, low water absorption and thermal conductivity, and compliance with international flame resistance standards, making them suitable for critical hydraulic applications.

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